'ph'
(id=76667 ; fe=ph ; type=1 ; niveau=200 ;
luminosité=61 ;
somme entrante=21407 creation date=2007-06-21 touchdate=2025-09-18 08:11:01.000) ≈ 899 relations sortantes
- ph --
r_associated #0: 264 / 1 ->
chimie
n1=ph | n2=chimie | rel=r_associated | relid=0 | w=264
- ph --
r_associated #0: 78 / 0.295 ->
acidité
n1=ph | n2=acidité | rel=r_associated | relid=0 | w=78
- ph --
r_associated #0: 74 / 0.28 ->
pH
n1=ph | n2=pH | rel=r_associated | relid=0 | w=74
- ph --
r_associated #0: 69 / 0.261 ->
en:are
n1=ph | n2=en:are | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:british thermal unit thermochemical
n1=ph | n2=en:british thermal unit thermochemical | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:calorie 15 degrees celsius
n1=ph | n2=en:calorie 15 degrees celsius | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:cord - unitsofmeasure
n1=ph | n2=en:cord - unitsofmeasure | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:fathom us
n1=ph | n2=en:fathom us | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:fluid flow
n1=ph | n2=en:fluid flow | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:force of gravity
n1=ph | n2=en:force of gravity | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:gon
n1=ph | n2=en:gon | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:hydrogen ion concentration measurement
n1=ph | n2=en:hydrogen ion concentration measurement | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:lumen
n1=ph | n2=en:lumen | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:mac lagan unit
n1=ph | n2=en:mac lagan unit | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:mass-to-charge ratio
n1=ph | n2=en:mass-to-charge ratio | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:permeability of vacuum
n1=ph | n2=en:permeability of vacuum | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:ph^5th specimen post dose sincalide:lscnc:pt:body fld:qn
n1=ph | n2=en:ph^5th specimen post dose sincalide:lscnc:pt:body fld:qn | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:ph:log substance concentration:point in time:cerebral spinal fluid:quantitative
n1=ph | n2=en:ph:log substance concentration:point in time:cerebral spinal fluid:quantitative | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:ph:lscnc:pt:flu.nonbiological:qn
n1=ph | n2=en:ph:lscnc:pt:flu.nonbiological:qn | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:ph:lscnc:pt:saliva:qn
n1=ph | n2=en:ph:lscnc:pt:saliva:qn | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:ph:lscnc:pt:vitr fld:qn
n1=ph | n2=en:ph:lscnc:pt:vitr fld:qn | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:physical composition
n1=ph | n2=en:physical composition | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:pound
n1=ph | n2=en:pound | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:texture
n1=ph | n2=en:texture | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 69 / 0.261 ->
en:yard british
n1=ph | n2=en:yard british | rel=r_associated | relid=0 | w=69
- ph --
r_associated #0: 68 / 0.258 ->
en:aggregation
n1=ph | n2=en:aggregation | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:allogenicity
n1=ph | n2=en:allogenicity | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:chain (ramden's or engineer's)
n1=ph | n2=en:chain (ramden's or engineer's) | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:chemical properties
n1=ph | n2=en:chemical properties | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:didot
n1=ph | n2=en:didot | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:diffusion
n1=ph | n2=en:diffusion | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:electromagnetic spectrum
n1=ph | n2=en:electromagnetic spectrum | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:flow
n1=ph | n2=en:flow | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:flux
n1=ph | n2=en:flux | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:gauss
n1=ph | n2=en:gauss | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:hydrostatic pressure
n1=ph | n2=en:hydrostatic pressure | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:medium
n1=ph | n2=en:medium | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:percent_purity
n1=ph | n2=en:percent_purity | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:ph value
n1=ph | n2=en:ph value | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:phot
n1=ph | n2=en:phot | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:pica
n1=ph | n2=en:pica | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:point name
n1=ph | n2=en:point name | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:radian
n1=ph | n2=en:radian | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:roentgen
n1=ph | n2=en:roentgen | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:siemens
n1=ph | n2=en:siemens | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:sievert
n1=ph | n2=en:sievert | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:streadian
n1=ph | n2=en:streadian | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 68 / 0.258 ->
en:year (mean julian)
n1=ph | n2=en:year (mean julian) | rel=r_associated | relid=0 | w=68
- ph --
r_associated #0: 67 / 0.254 ->
en:acidic ph
n1=ph | n2=en:acidic ph | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:augmentation pressure point p1
n1=ph | n2=en:augmentation pressure point p1 | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:bel sound pressure
n1=ph | n2=en:bel sound pressure | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:bel volt
n1=ph | n2=en:bel volt | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:bit
n1=ph | n2=en:bit | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:bodansky unit
n1=ph | n2=en:bodansky unit | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:carat (metric)
n1=ph | n2=en:carat (metric) | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:cavitation
n1=ph | n2=en:cavitation | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:cdisc send terminology
n1=ph | n2=en:cdisc send terminology | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:compression
n1=ph | n2=en:compression | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:dependent specific individual quality
n1=ph | n2=en:dependent specific individual quality | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:diopter
n1=ph | n2=en:diopter | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:electromagnetic radiation
n1=ph | n2=en:electromagnetic radiation | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:farad
n1=ph | n2=en:farad | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:hour
n1=ph | n2=en:hour | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:hydrogen-ion concentration
n1=ph | n2=en:hydrogen-ion concentration | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:igg phospholipid unit
n1=ph | n2=en:igg phospholipid unit | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:line unit of length
n1=ph | n2=en:line unit of length | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:mile british
n1=ph | n2=en:mile british | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:minute unit of plane angle
n1=ph | n2=en:minute unit of plane angle | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:ounce
n1=ph | n2=en:ounce | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldmv:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldmv:qn | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:ph:lscnc:pt:bldc^fetus:qn
n1=ph | n2=en:ph:lscnc:pt:bldc^fetus:qn | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:ph:lscnc:pt:synv fld:qn
n1=ph | n2=en:ph:lscnc:pt:synv fld:qn | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:ph:lscnc:pt:synv fld:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:synv fld:qn:test strip | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:ph:lscnc:pt:urine:qn
n1=ph | n2=en:ph:lscnc:pt:urine:qn | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:physical contact
n1=ph | n2=en:physical contact | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:proton mass
n1=ph | n2=en:proton mass | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:radiation
n1=ph | n2=en:radiation | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:sedimentation velocity
n1=ph | n2=en:sedimentation velocity | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:short ton (u.s.)
n1=ph | n2=en:short ton (u.s.) | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:solubility
n1=ph | n2=en:solubility | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:square yard
n1=ph | n2=en:square yard | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:standard transformed entropy change
n1=ph | n2=en:standard transformed entropy change | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:survey foot
n1=ph | n2=en:survey foot | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:survey mile
n1=ph | n2=en:survey mile | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:temperature change
n1=ph | n2=en:temperature change | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:time of flight
n1=ph | n2=en:time of flight | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:tuberculin unit
n1=ph | n2=en:tuberculin unit | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:unit
n1=ph | n2=en:unit | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:vibration - physical agent
n1=ph | n2=en:vibration - physical agent | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 67 / 0.254 ->
en:vmax
n1=ph | n2=en:vmax | rel=r_associated | relid=0 | w=67
- ph --
r_associated #0: 66 / 0.25 ->
en:apothecaries scruple
n1=ph | n2=en:apothecaries scruple | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:astronomical processes
n1=ph | n2=en:astronomical processes | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:beam
n1=ph | n2=en:beam | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:blood gas monitors, in-line
n1=ph | n2=en:blood gas monitors, in-line | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:blood gas/ph analyzer
n1=ph | n2=en:blood gas/ph analyzer | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:bushel - us
n1=ph | n2=en:bushel - us | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:energy absorption
n1=ph | n2=en:energy absorption | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:hertz
n1=ph | n2=en:hertz | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:image spillover
n1=ph | n2=en:image spillover | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:km
n1=ph | n2=en:km | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:lambert
n1=ph | n2=en:lambert | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:light-year
n1=ph | n2=en:light-year | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:mg_per_kg_per_day
n1=ph | n2=en:mg_per_kg_per_day | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:month (gregorian)
n1=ph | n2=en:month (gregorian) | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:month (julian)
n1=ph | n2=en:month (julian) | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:nanopore
n1=ph | n2=en:nanopore | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:nanoscale phenomena
n1=ph | n2=en:nanoscale phenomena | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:nuclear magnetic resonance
n1=ph | n2=en:nuclear magnetic resonance | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:optical processes
n1=ph | n2=en:optical processes | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:osmosis
n1=ph | n2=en:osmosis | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:oxidation-reduction potential
n1=ph | n2=en:oxidation-reduction potential | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:pennyweight
n1=ph | n2=en:pennyweight | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:percent_confluence
n1=ph | n2=en:percent_confluence | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:ph body fluid
n1=ph | n2=en:ph body fluid | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:ph:lscnc:pt:body fld:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:body fld:qn:test strip | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:ph:lscnc:pt:dial fld:qn
n1=ph | n2=en:ph:lscnc:pt:dial fld:qn | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:ph:lscnc:pt:ocular fld:qn
n1=ph | n2=en:ph:lscnc:pt:ocular fld:qn | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:ph:lscnc:pt:tpn:qn
n1=ph | n2=en:ph:lscnc:pt:tpn:qn | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:pound-force
n1=ph | n2=en:pound-force | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:sensitivity
n1=ph | n2=en:sensitivity | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:survey yard
n1=ph | n2=en:survey yard | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:thermochemical calorie
n1=ph | n2=en:thermochemical calorie | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 66 / 0.25 ->
en:viscosity
n1=ph | n2=en:viscosity | rel=r_associated | relid=0 | w=66
- ph --
r_associated #0: 64 / 0.242 ->
en:atmosphere
n1=ph | n2=en:atmosphere | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:cubic yard
n1=ph | n2=en:cubic yard | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:density
n1=ph | n2=en:density | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:elementary charge
n1=ph | n2=en:elementary charge | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:igm phospholipid unit
n1=ph | n2=en:igm phospholipid unit | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:osmotic pressure
n1=ph | n2=en:osmotic pressure | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcoa:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcoa:qn | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:united states pharmacopeia unit
n1=ph | n2=en:united states pharmacopeia unit | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 64 / 0.242 ->
en:zeta potential
n1=ph | n2=en:zeta potential | rel=r_associated | relid=0 | w=64
- ph --
r_associated #0: 63 / 0.239 ->
Chimie
n1=ph | n2=Chimie | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:atmosphere (technical)
n1=ph | n2=en:atmosphere (technical) | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:bel microvolts
n1=ph | n2=en:bel microvolts | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:bel watts
n1=ph | n2=en:bel watts | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:chiral
n1=ph | n2=en:chiral | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:inch of water column
n1=ph | n2=en:inch of water column | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:international steam table calorie
n1=ph | n2=en:international steam table calorie | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:material absorption
n1=ph | n2=en:material absorption | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:ph:lscnc:pt:water:qn
n1=ph | n2=en:ph:lscnc:pt:water:qn | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:physical state
n1=ph | n2=en:physical state | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:short hundredweight (u.s.)
n1=ph | n2=en:short hundredweight (u.s.) | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:ten, for arbitrary powers
n1=ph | n2=en:ten, for arbitrary powers | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
en:township
n1=ph | n2=en:township | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 63 / 0.239 ->
entretien de la piscine privée
n1=ph | n2=entretien de la piscine privée | rel=r_associated | relid=0 | w=63
- ph --
r_associated #0: 62 / 0.235 ->
en:biot
n1=ph | n2=en:biot | rel=r_associated | relid=0 | w=62
- ph --
r_associated #0: 62 / 0.235 ->
en:electric permittivity of vacuum
n1=ph | n2=en:electric permittivity of vacuum | rel=r_associated | relid=0 | w=62
- ph --
r_associated #0: 62 / 0.235 ->
en:fluidity
n1=ph | n2=en:fluidity | rel=r_associated | relid=0 | w=62
- ph --
r_associated #0: 62 / 0.235 ->
en:geological processes
n1=ph | n2=en:geological processes | rel=r_associated | relid=0 | w=62
- ph --
r_associated #0: 62 / 0.235 ->
en:minute
n1=ph | n2=en:minute | rel=r_associated | relid=0 | w=62
- ph --
r_associated #0: 60 / 0.227 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldco:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldco:qn | rel=r_associated | relid=0 | w=60
- ph --
r_associated #0: 59 / 0.223 ->
en:acidification
n1=ph | n2=en:acidification | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:acre usa survey
n1=ph | n2=en:acre usa survey | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:affinity
n1=ph | n2=en:affinity | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ampere
n1=ph | n2=en:ampere | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:astronomic unit
n1=ph | n2=en:astronomic unit | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:augmentation pressure point p2
n1=ph | n2=en:augmentation pressure point p2 | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:bar (unit of pressure)
n1=ph | n2=en:bar (unit of pressure) | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:barn
n1=ph | n2=en:barn | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:barrel
n1=ph | n2=en:barrel | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:basic ph
n1=ph | n2=en:basic ph | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:bethesda unit
n1=ph | n2=en:bethesda unit | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:binding potential
n1=ph | n2=en:binding potential | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:biophysical process
n1=ph | n2=en:biophysical process | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:bushel - british
n1=ph | n2=en:bushel - british | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:cdisc sdtm laboratory test name terminology
n1=ph | n2=en:cdisc sdtm laboratory test name terminology | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:cfu_per_ml
n1=ph | n2=en:cfu_per_ml | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:dimensionless unit
n1=ph | n2=en:dimensionless unit | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:dry pint us
n1=ph | n2=en:dry pint us | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:elasticity
n1=ph | n2=en:elasticity | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:electron mass
n1=ph | n2=en:electron mass | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:electronvolt
n1=ph | n2=en:electronvolt | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:fathom - international
n1=ph | n2=en:fathom - international | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:fathom british
n1=ph | n2=en:fathom british | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:gallon british
n1=ph | n2=en:gallon british | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:gram
n1=ph | n2=en:gram | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:half life
n1=ph | n2=en:half life | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:henry
n1=ph | n2=en:henry | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:high power field
n1=ph | n2=en:high power field | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:isoelectric point
n1=ph | n2=en:isoelectric point | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:kayser
n1=ph | n2=en:kayser | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:knot - british unit
n1=ph | n2=en:knot - british unit | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:link for gunter's chain usa
n1=ph | n2=en:link for gunter's chain usa | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:luminescence
n1=ph | n2=en:luminescence | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:lux
n1=ph | n2=en:lux | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:magnetism
n1=ph | n2=en:magnetism | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:mechanical processes
n1=ph | n2=en:mechanical processes | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:mil
n1=ph | n2=en:mil | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:minim british
n1=ph | n2=en:minim british | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:motion
n1=ph | n2=en:motion | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:neutralization (chemistry)
n1=ph | n2=en:neutralization (chemistry) | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:optical rotation
n1=ph | n2=en:optical rotation | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:osmole (dissolved particles)
n1=ph | n2=en:osmole (dissolved particles) | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:pace unit of measure
n1=ph | n2=en:pace unit of measure | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:part per trillion
n1=ph | n2=en:part per trillion | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph^2nd specimen post dose sincalide:lscnc:pt:body fld:qn
n1=ph | n2=en:ph^2nd specimen post dose sincalide:lscnc:pt:body fld:qn | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph:lscnc:24h:urine:qn:test strip
n1=ph | n2=en:ph:lscnc:24h:urine:qn:test strip | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph:lscnc:pt:blda:qn
n1=ph | n2=en:ph:lscnc:pt:blda:qn | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph:lscnc:pt:periton fld:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:periton fld:qn:test strip | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph:lscnc:pt:plr fld:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:plr fld:qn:test strip | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph:lscnc:pt:ser/plas:qn
n1=ph | n2=en:ph:lscnc:pt:ser/plas:qn | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ph:lscnc:pt:xxx:qn
n1=ph | n2=en:ph:lscnc:pt:xxx:qn | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:printers pica
n1=ph | n2=en:printers pica | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:process of absorption
n1=ph | n2=en:process of absorption | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:proton
n1=ph | n2=en:proton | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:quart
n1=ph | n2=en:quart | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:quart british
n1=ph | n2=en:quart british | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:rad
n1=ph | n2=en:rad | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:sedimentation equilibrium
n1=ph | n2=en:sedimentation equilibrium | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:square inch
n1=ph | n2=en:square inch | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:sulfation
n1=ph | n2=en:sulfation | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:suspension
n1=ph | n2=en:suspension | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:teaspoonful
n1=ph | n2=en:teaspoonful | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:tumor ph
n1=ph | n2=en:tumor ph | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:ultrasound
n1=ph | n2=en:ultrasound | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:volt
n1=ph | n2=en:volt | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 59 / 0.223 ->
en:weber
n1=ph | n2=en:weber | rel=r_associated | relid=0 | w=59
- ph --
r_associated #0: 58 / 0.22 ->
en:acre
n1=ph | n2=en:acre | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:amplitude
n1=ph | n2=en:amplitude | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:avidity
n1=ph | n2=en:avidity | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:boltzman constant
n1=ph | n2=en:boltzman constant | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:british thermal unit
n1=ph | n2=en:british thermal unit | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:cdisc sdtm laboratory test code terminology
n1=ph | n2=en:cdisc sdtm laboratory test code terminology | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:circular mil
n1=ph | n2=en:circular mil | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:collision
n1=ph | n2=en:collision | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:corrosion
n1=ph | n2=en:corrosion | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:curie
n1=ph | n2=en:curie | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:degree fahrenheit
n1=ph | n2=en:degree fahrenheit | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:diffusion anisotropy
n1=ph | n2=en:diffusion anisotropy | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:electrical current
n1=ph | n2=en:electrical current | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:elementary particle interactions
n1=ph | n2=en:elementary particle interactions | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:extracellular ph
n1=ph | n2=en:extracellular ph | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:filtration
n1=ph | n2=en:filtration | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:fluid ounce british
n1=ph | n2=en:fluid ounce british | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:fluid ounce us
n1=ph | n2=en:fluid ounce us | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:gal
n1=ph | n2=en:gal | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:gallon (queen anne's wine gallon)
n1=ph | n2=en:gallon (queen anne's wine gallon) | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:inch
n1=ph | n2=en:inch | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:inch british
n1=ph | n2=en:inch british | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:interfacial phenomenon
n1=ph | n2=en:interfacial phenomenon | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:international unit
n1=ph | n2=en:international unit | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:joule
n1=ph | n2=en:joule | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:king-armstrong unit
n1=ph | n2=en:king-armstrong unit | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:kunkel unit
n1=ph | n2=en:kunkel unit | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:liter
n1=ph | n2=en:liter | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:long ton (british)
n1=ph | n2=en:long ton (british) | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:low power field
n1=ph | n2=en:low power field | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:maxwell
n1=ph | n2=en:maxwell | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:mechanical pressure
n1=ph | n2=en:mechanical pressure | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:melting point
n1=ph | n2=en:melting point | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:meter of water column
n1=ph | n2=en:meter of water column | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:minim
n1=ph | n2=en:minim | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:nautical mile
n1=ph | n2=en:nautical mile | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:neutral ph
n1=ph | n2=en:neutral ph | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:newtonian constant of gravitation
n1=ph | n2=en:newtonian constant of gravitation | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:nuclear energy
n1=ph | n2=en:nuclear energy | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:peck (u.s.)
n1=ph | n2=en:peck (u.s.) | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:pfu_per_ml
n1=ph | n2=en:pfu_per_ml | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldc:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldc:qn | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcov:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcov:qn | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph:log substance concentration:point in time:gastric fluid/contents:quantitative
n1=ph | n2=en:ph:log substance concentration:point in time:gastric fluid/contents:quantitative | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph:log substance concentration:point in time:stool = fecal:quantitative
n1=ph | n2=en:ph:log substance concentration:point in time:stool = fecal:quantitative | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph:lscnc:2h:urine:qn
n1=ph | n2=en:ph:lscnc:2h:urine:qn | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph:lscnc:pt:bil fld:qn
n1=ph | n2=en:ph:lscnc:pt:bil fld:qn | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph:lscnc:pt:bldco:qn
n1=ph | n2=en:ph:lscnc:pt:bldco:qn | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:ph:lscnc:pt:body fld:qn
n1=ph | n2=en:ph:lscnc:pt:body fld:qn | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:phase transition
n1=ph | n2=en:phase transition | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:pint
n1=ph | n2=en:pint | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:planck constant
n1=ph | n2=en:planck constant | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:pouce
n1=ph | n2=en:pouce | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:pound per square inch
n1=ph | n2=en:pound per square inch | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:standard transformed enthalpy change
n1=ph | n2=en:standard transformed enthalpy change | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:surface plasmon resonance
n1=ph | n2=en:surface plasmon resonance | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:temperature
n1=ph | n2=en:temperature | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:tesla
n1=ph | n2=en:tesla | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:todd unit
n1=ph | n2=en:todd unit | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:unitofmeasureatominsens
n1=ph | n2=en:unitofmeasureatominsens | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:units of measure - section
n1=ph | n2=en:units of measure - section | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:x_times
n1=ph | n2=en:x_times | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 58 / 0.22 ->
en:yard
n1=ph | n2=en:yard | rel=r_associated | relid=0 | w=58
- ph --
r_associated #0: 57 / 0.216 ->
en:anisotropy
n1=ph | n2=en:anisotropy | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:bel milivolts
n1=ph | n2=en:bel milivolts | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:btu (intl. table)
n1=ph | n2=en:btu (intl. table) | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:buffer solution
n1=ph | n2=en:buffer solution | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:byte
n1=ph | n2=en:byte | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:calorie unit of energy
n1=ph | n2=en:calorie unit of energy | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:chemical acidity/alkalinity
n1=ph | n2=en:chemical acidity/alkalinity | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:day
n1=ph | n2=en:day | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:dye unit
n1=ph | n2=en:dye unit | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:dyne
n1=ph | n2=en:dyne | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:electromagnetic flux
n1=ph | n2=en:electromagnetic flux | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:fluid dram british
n1=ph | n2=en:fluid dram british | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:gilbert
n1=ph | n2=en:gilbert | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:gill - british unit of measure
n1=ph | n2=en:gill - british unit of measure | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:gill - us unit of measure
n1=ph | n2=en:gill - us unit of measure | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:hard
n1=ph | n2=en:hard | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:hydration
n1=ph | n2=en:hydration | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:inch of mercury column
n1=ph | n2=en:inch of mercury column | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ionization
n1=ph | n2=en:ionization | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:membrane potential
n1=ph | n2=en:membrane potential | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:mesh
n1=ph | n2=en:mesh | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:metabolic equivalent unit of measure
n1=ph | n2=en:metabolic equivalent unit of measure | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:meter of mercury column
n1=ph | n2=en:meter of mercury column | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:nanoparticle topology
n1=ph | n2=en:nanoparticle topology | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:neper
n1=ph | n2=en:neper | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:osmolality
n1=ph | n2=en:osmolality | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:part per million
n1=ph | n2=en:part per million | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:percent unit
n1=ph | n2=en:percent unit | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph homeostasis
n1=ph | n2=en:ph homeostasis | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:blda:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:blda:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph^4th specimen post dose sincalide:lscnc:pt:body fld:qn
n1=ph | n2=en:ph^4th specimen post dose sincalide:lscnc:pt:body fld:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:^bpu:qn
n1=ph | n2=en:ph:lscnc:pt:^bpu:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:amnio fld:qn
n1=ph | n2=en:ph:lscnc:pt:amnio fld:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:bldcoa:qn
n1=ph | n2=en:ph:lscnc:pt:bldcoa:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:bldv:qn
n1=ph | n2=en:ph:lscnc:pt:bldv:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:pericard fld:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:pericard fld:qn:test strip | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:periton fld:qn
n1=ph | n2=en:ph:lscnc:pt:periton fld:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:vag:qn
n1=ph | n2=en:ph:lscnc:pt:vag:qn | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:ph:lscnc:pt:vag:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:vag:qn:test strip | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:poise unit
n1=ph | n2=en:poise unit | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:pressure
n1=ph | n2=en:pressure | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:printers point
n1=ph | n2=en:printers point | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:purity
n1=ph | n2=en:purity | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:second
n1=ph | n2=en:second | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:sedimentation process
n1=ph | n2=en:sedimentation process | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:sound
n1=ph | n2=en:sound | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:stere
n1=ph | n2=en:stere | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:stoichiometry
n1=ph | n2=en:stoichiometry | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:stress, mechanical
n1=ph | n2=en:stress, mechanical | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:subatomic particle
n1=ph | n2=en:subatomic particle | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:tablespoon dosing unit
n1=ph | n2=en:tablespoon dosing unit | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:tensile strength
n1=ph | n2=en:tensile strength | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:urine ph measurement
n1=ph | n2=en:urine ph measurement | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:watt
n1=ph | n2=en:watt | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:winchester gallon (historical)
n1=ph | n2=en:winchester gallon (historical) | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 57 / 0.216 ->
en:year (mean gregorian)
n1=ph | n2=en:year (mean gregorian) | rel=r_associated | relid=0 | w=57
- ph --
r_associated #0: 56 / 0.212 ->
en:adhesion
n1=ph | n2=en:adhesion | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:board foot - unit of measure
n1=ph | n2=en:board foot - unit of measure | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:buffered
n1=ph | n2=en:buffered | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:calorie 20 degrees celsius
n1=ph | n2=en:calorie 20 degrees celsius | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:cell concentration
n1=ph | n2=en:cell concentration | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:cells_per_ml
n1=ph | n2=en:cells_per_ml | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:charge
n1=ph | n2=en:charge | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:cicero
n1=ph | n2=en:cicero | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:circle unit of plane angle
n1=ph | n2=en:circle unit of plane angle | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:cup - unit of measure
n1=ph | n2=en:cup - unit of measure | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:degree celsius
n1=ph | n2=en:degree celsius | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:doppler effect
n1=ph | n2=en:doppler effect | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:equivalents
n1=ph | n2=en:equivalents | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:erg
n1=ph | n2=en:erg | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:finding of ph
n1=ph | n2=en:finding of ph | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:fluid dram us
n1=ph | n2=en:fluid dram us | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:foot british
n1=ph | n2=en:foot british | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:force
n1=ph | n2=en:force | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:grain
n1=ph | n2=en:grain | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:gram per deciliter
n1=ph | n2=en:gram per deciliter | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:gram-force
n1=ph | n2=en:gram-force | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:gunter's chain british
n1=ph | n2=en:gunter's chain british | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:gunter's chain usa
n1=ph | n2=en:gunter's chain usa | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:hounsfield unit
n1=ph | n2=en:hounsfield unit | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:isotropy
n1=ph | n2=en:isotropy | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:katal
n1=ph | n2=en:katal | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:kilovolt peak
n1=ph | n2=en:kilovolt peak | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:link for ramsden's chain
n1=ph | n2=en:link for ramsden's chain | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:long hunderdweight (british)
n1=ph | n2=en:long hunderdweight (british) | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:molecular mass
n1=ph | n2=en:molecular mass | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:month
n1=ph | n2=en:month | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:mosm_per_kg_h2o
n1=ph | n2=en:mosm_per_kg_h2o | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:nanoparticle surface characteristic
n1=ph | n2=en:nanoparticle surface characteristic | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:parsec
n1=ph | n2=en:parsec | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:part per billion
n1=ph | n2=en:part per billion | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:particle concentration
n1=ph | n2=en:particle concentration | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:pascal
n1=ph | n2=en:pascal | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:peck (british)
n1=ph | n2=en:peck (british) | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:peripheral vascular resistance unit
n1=ph | n2=en:peripheral vascular resistance unit | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldv:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldv:qn | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:ph^3rd specimen post dose sincalide:lscnc:pt:body fld:qn
n1=ph | n2=en:ph^3rd specimen post dose sincalide:lscnc:pt:body fld:qn | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:ph:lscnc:24h:urine:qn
n1=ph | n2=en:ph:lscnc:24h:urine:qn | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:ph:lscnc:pt:bldc:qn
n1=ph | n2=en:ph:lscnc:pt:bldc:qn | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:ph:lscnc:pt:bldmv:qn
n1=ph | n2=en:ph:lscnc:pt:bldmv:qn | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:physical symmetry
n1=ph | n2=en:physical symmetry | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:potential energy
n1=ph | n2=en:potential energy | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:pulse
n1=ph | n2=en:pulse | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:radioactivity
n1=ph | n2=en:radioactivity | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:radiolucency
n1=ph | n2=en:radiolucency | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:spere
n1=ph | n2=en:spere | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:square foot
n1=ph | n2=en:square foot | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:square mile
n1=ph | n2=en:square mile | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:square rod
n1=ph | n2=en:square rod | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:stilb
n1=ph | n2=en:stilb | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:stone (british)
n1=ph | n2=en:stone (british) | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:survey inch
n1=ph | n2=en:survey inch | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:unified atomic mass unit
n1=ph | n2=en:unified atomic mass unit | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 56 / 0.212 ->
en:unitofmeasureatomsens
n1=ph | n2=en:unitofmeasureatomsens | rel=r_associated | relid=0 | w=56
- ph --
r_associated #0: 55 / 0.208 ->
en:drop measurement
n1=ph | n2=en:drop measurement | rel=r_associated | relid=0 | w=55
- ph --
r_associated #0: 55 / 0.208 ->
en:furlong
n1=ph | n2=en:furlong | rel=r_associated | relid=0 | w=55
- ph --
r_associated #0: 55 / 0.208 ->
en:ph:lscnc:pt:pericard fld:qn
n1=ph | n2=en:ph:lscnc:pt:pericard fld:qn | rel=r_associated | relid=0 | w=55
- ph --
r_associated #0: 55 / 0.208 ->
en:ph:lscnc:pt:plr fld:qn
n1=ph | n2=en:ph:lscnc:pt:plr fld:qn | rel=r_associated | relid=0 | w=55
- ph --
r_associated #0: 55 / 0.208 ->
en:rem
n1=ph | n2=en:rem | rel=r_associated | relid=0 | w=55
- ph --
r_associated #0: 55 / 0.208 ->
en:stokes
n1=ph | n2=en:stokes | rel=r_associated | relid=0 | w=55
- ph --
r_associated #0: 54 / 0.205 ->
en:adsorption
n1=ph | n2=en:adsorption | rel=r_associated | relid=0 | w=54
- ph --
r_associated #0: 54 / 0.205 ->
en:degree or extent
n1=ph | n2=en:degree or extent | rel=r_associated | relid=0 | w=54
- ph --
r_associated #0: 54 / 0.205 ->
en:intracellular ph
n1=ph | n2=en:intracellular ph | rel=r_associated | relid=0 | w=54
- ph --
r_associated #0: 54 / 0.205 ->
en:ohm
n1=ph | n2=en:ohm | rel=r_associated | relid=0 | w=54
- ph --
r_associated #0: 54 / 0.205 ->
en:saturation
n1=ph | n2=en:saturation | rel=r_associated | relid=0 | w=54
- ph --
r_associated #0: 53 / 0.201 ->
en:apothecaries dram mass unit
n1=ph | n2=en:apothecaries dram mass unit | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:carat of gold alloy
n1=ph | n2=en:carat of gold alloy | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:cdisc sdtm terminology
n1=ph | n2=en:cdisc sdtm terminology | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:free energy
n1=ph | n2=en:free energy | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:nautical mile british
n1=ph | n2=en:nautical mile british | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:oersted
n1=ph | n2=en:oersted | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:ph:lscnc:pt:urine:qn:test strip
n1=ph | n2=en:ph:lscnc:pt:urine:qn:test strip | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:phase change
n1=ph | n2=en:phase change | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 53 / 0.201 ->
en:polyvalence
n1=ph | n2=en:polyvalence | rel=r_associated | relid=0 | w=53
- ph --
r_associated #0: 52 / 0.197 ->
en:apl unit
n1=ph | n2=en:apl unit | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:bel
n1=ph | n2=en:bel | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:british thermal unit mean
n1=ph | n2=en:british thermal unit mean | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:caloric intake
n1=ph | n2=en:caloric intake | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:clinical data interchange standards consortium terminology
n1=ph | n2=en:clinical data interchange standards consortium terminology | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:dram mass unit
n1=ph | n2=en:dram mass unit | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:ph:lscnc:4h:urine:qn
n1=ph | n2=en:ph:lscnc:4h:urine:qn | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:ph:lscnc:pt:cvm:qn
n1=ph | n2=en:ph:lscnc:pt:cvm:qn | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:ph+ (photo patch test skin reaction grade)
n1=ph | n2=en:ph+ (photo patch test skin reaction grade) | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:rod us
n1=ph | n2=en:rod us | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:the number pi
n1=ph | n2=en:the number pi | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:ton
n1=ph | n2=en:ton | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 52 / 0.197 ->
en:ucum terminology
n1=ph | n2=en:ucum terminology | rel=r_associated | relid=0 | w=52
- ph --
r_associated #0: 51 / 0.193 ->
en:acceleration of free fall (standard)
n1=ph | n2=en:acceleration of free fall (standard) | rel=r_associated | relid=0 | w=51
- ph --
r_associated #0: 51 / 0.193 ->
en:week
n1=ph | n2=en:week | rel=r_associated | relid=0 | w=51
- ph --
r_associated #0: 51 / 0.193 ->
en:year
n1=ph | n2=en:year | rel=r_associated | relid=0 | w=51
- ph --
r_associated #0: 51 / 0.193 ->
en:year (tropical)
n1=ph | n2=en:year (tropical) | rel=r_associated | relid=0 | w=51
- ph --
r_associated #0: 51 / 0.193 ->
piquant
n1=ph | n2=piquant | rel=r_associated | relid=0 | w=51
- ph --
r_associated #0: 48 / 0.182 ->
biochimie
n1=ph | n2=biochimie | rel=r_associated | relid=0 | w=48
- ph --
r_associated #0: 47 / 0.178 ->
acide
n1=ph | n2=acide | rel=r_associated | relid=0 | w=47
- ph --
r_associated #0: 47 / 0.178 ->
phot
n1=ph | n2=phot | rel=r_associated | relid=0 | w=47
- ph --
r_associated #0: 45 / 0.17 ->
analyses urinaires
n1=ph | n2=analyses urinaires | rel=r_associated | relid=0 | w=45
- ph --
r_associated #0: 45 / 0.17 ->
fertilité
n1=ph | n2=fertilité | rel=r_associated | relid=0 | w=45
- ph --
r_associated #0: 42 / 0.159 ->
concentration des ions h+
n1=ph | n2=concentration des ions h+ | rel=r_associated | relid=0 | w=42
- ph --
r_associated #0: 38 / 0.144 ->
concentration des ions hydrogène
n1=ph | n2=concentration des ions hydrogène | rel=r_associated | relid=0 | w=38
- ph --
r_associated #0: 37 / 0.14 ->
basique
n1=ph | n2=basique | rel=r_associated | relid=0 | w=37
- ph --
r_associated #0: 37 / 0.14 ->
degré
n1=ph | n2=degré | rel=r_associated | relid=0 | w=37
- ph --
r_associated #0: 37 / 0.14 ->
unité
n1=ph | n2=unité | rel=r_associated | relid=0 | w=37
- ph --
r_associated #0: 36 / 0.136 ->
concentration des ions H+
n1=ph | n2=concentration des ions H+ | rel=r_associated | relid=0 | w=36
- ph --
r_associated #0: 35 / 0.133 ->
en:electricity
n1=ph | n2=en:electricity | rel=r_associated | relid=0 | w=35
- ph --
r_associated #0: 35 / 0.133 ->
en:newton
n1=ph | n2=en:newton | rel=r_associated | relid=0 | w=35
- ph --
r_associated #0: 35 / 0.133 ->
section dorée
n1=ph | n2=section dorée | rel=r_associated | relid=0 | w=35
- ph --
r_associated #0: 34 / 0.129 ->
potentiel d'hydrogène
n1=ph | n2=potentiel d'hydrogène | rel=r_associated | relid=0 | w=34
- ph --
r_associated #0: 33 / 0.125 ->
chymie
n1=ph | n2=chymie | rel=r_associated | relid=0 | w=33
- ph --
r_associated #0: 33 / 0.125 ->
courant
n1=ph | n2=courant | rel=r_associated | relid=0 | w=33
- ph --
r_associated #0: 33 / 0.125 ->
pH inférieur à 7
n1=ph | n2=pH inférieur à 7 | rel=r_associated | relid=0 | w=33
- ph --
r_associated #0: 32 / 0.121 ->
en:electrical property
n1=ph | n2=en:electrical property | rel=r_associated | relid=0 | w=32
- ph --
r_associated #0: 32 / 0.121 ->
en:scattering, radiation
n1=ph | n2=en:scattering, radiation | rel=r_associated | relid=0 | w=32
- ph --
r_associated #0: 32 / 0.121 ->
neutralité
n1=ph | n2=neutralité | rel=r_associated | relid=0 | w=32
- ph --
r_associated #0: 32 / 0.121 ->
neutre
n1=ph | n2=neutre | rel=r_associated | relid=0 | w=32
- ph --
r_associated #0: 31 / 0.117 ->
proportion dorée
n1=ph | n2=proportion dorée | rel=r_associated | relid=0 | w=31
- ph --
r_associated #0: 31 / 0.117 ->
solution
n1=ph | n2=solution | rel=r_associated | relid=0 | w=31
- ph --
r_associated #0: 30 / 0.114 ->
acide
(chimie)
n1=ph | n2=acide (chimie) | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:alpha particle emitter
n1=ph | n2=en:alpha particle emitter | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:angstrom
n1=ph | n2=en:angstrom | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:arbitrary unit
n1=ph | n2=en:arbitrary unit | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:baud
n1=ph | n2=en:baud | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:becquerel
n1=ph | n2=en:becquerel | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:bel kilowatts
n1=ph | n2=en:bel kilowatts | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:charriere
n1=ph | n2=en:charriere | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:conformation
n1=ph | n2=en:conformation | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:cubic foot
n1=ph | n2=en:cubic foot | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:cubic inch
n1=ph | n2=en:cubic inch | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:deprecated ph of gastric fluid
n1=ph | n2=en:deprecated ph of gastric fluid | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:dry quart
n1=ph | n2=en:dry quart | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:energy
n1=ph | n2=en:energy | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:hand unit of length
n1=ph | n2=en:hand unit of length | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:image spill-in
n1=ph | n2=en:image spill-in | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:international foot
n1=ph | n2=en:international foot | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:kat_per_l
n1=ph | n2=en:kat_per_l | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:knot (unit)
n1=ph | n2=en:knot (unit) | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ligne
n1=ph | n2=en:ligne | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:link for gunter's chain british
n1=ph | n2=en:link for gunter's chain british | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:mean calorie
n1=ph | n2=en:mean calorie | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ml_per_kg
n1=ph | n2=en:ml_per_kg | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:mole
n1=ph | n2=en:mole | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:month (synodal)
n1=ph | n2=en:month (synodal) | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:part per thousand
n1=ph | n2=en:part per thousand | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ph^^adjusted to patient's actual temperature:lscnc:pt:bld:qn
n1=ph | n2=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bld:qn | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ph^1st specimen post dose sincalide:lscnc:pt:body fld:qn
n1=ph | n2=en:ph^1st specimen post dose sincalide:lscnc:pt:body fld:qn | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ph:lscnc:pt:bld:qn
n1=ph | n2=en:ph:lscnc:pt:bld:qn | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ph:lscnc:pt:bldcov:qn
n1=ph | n2=en:ph:lscnc:pt:bldcov:qn | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ph:lscnc:pt:semen:qn
n1=ph | n2=en:ph:lscnc:pt:semen:qn | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:ph:lscnc:pt:urine:qn:test strip.automated
n1=ph | n2=en:ph:lscnc:pt:urine:qn:test strip.automated | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:physical state change
n1=ph | n2=en:physical state change | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:pied
n1=ph | n2=en:pied | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:pint british
n1=ph | n2=en:pint british | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:scintillation
n1=ph | n2=en:scintillation | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:somogyi unit
n1=ph | n2=en:somogyi unit | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:standard gibbs free energy change
n1=ph | n2=en:standard gibbs free energy change | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:surface properties
n1=ph | n2=en:surface properties | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:survey mil
n1=ph | n2=en:survey mil | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:velocity of light
n1=ph | n2=en:velocity of light | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
en:voltage
n1=ph | n2=en:voltage | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 30 / 0.114 ->
potentiel hydrogène
n1=ph | n2=potentiel hydrogène | rel=r_associated | relid=0 | w=30
- ph --
r_associated #0: 29 / 0.11 ->
en:gray
n1=ph | n2=en:gray | rel=r_associated | relid=0 | w=29
- ph --
r_associated #0: 29 / 0.11 ->
en:liquid
n1=ph | n2=en:liquid | rel=r_associated | relid=0 | w=29
- ph --
r_associated #0: 29 / 0.11 ->
en:ph
n1=ph | n2=en:ph | rel=r_associated | relid=0 | w=29
- ph --
r_associated #0: 29 / 0.11 ->
Pflüger (cordon de)
n1=ph | n2=Pflüger (cordon de) | rel=r_associated | relid=0 | w=29
- ph --
r_associated #0: 28 / 0.106 ->
abr
n1=ph | n2=abr | rel=r_associated | relid=0 | w=28
- ph --
r_associated #0: 28 / 0.106 ->
en:svedberg unit
n1=ph | n2=en:svedberg unit | rel=r_associated | relid=0 | w=28
- ph --
r_associated #0: 28 / 0.106 ->
équilibre acido-basique
n1=ph | n2=équilibre acido-basique | rel=r_associated | relid=0 | w=28
- ph --
r_associated #0: 28 / 0.106 ->
pouvoir hydrogène
n1=ph | n2=pouvoir hydrogène | rel=r_associated | relid=0 | w=28
- ph --
r_associated #0: 28 / 0.106 ->
w
n1=ph | n2=w | rel=r_associated | relid=0 | w=28
- ph --
r_associated #0: 27 / 0.102 ->
en:radionuclide specific activity
n1=ph | n2=en:radionuclide specific activity | rel=r_associated | relid=0 | w=27
- ph --
r_associated #0: 27 / 0.102 ->
pI
n1=ph | n2=pI | rel=r_associated | relid=0 | w=27
- ph --
r_associated #0: 27 / 0.102 ->
piscine
n1=ph | n2=piscine | rel=r_associated | relid=0 | w=27
- ph --
r_associated #0: 26 / 0.098 ->
basique
(chimie)
n1=ph | n2=basique (chimie) | rel=r_associated | relid=0 | w=26
- ph --
r_associated #0: 26 / 0.098 ->
divine proportion
n1=ph | n2=divine proportion | rel=r_associated | relid=0 | w=26
- ph --
r_associated #0: 26 / 0.098 ->
pH isoélectrique
n1=ph | n2=pH isoélectrique | rel=r_associated | relid=0 | w=26
- ph --
r_associated #0: 26 / 0.098 ->
W
n1=ph | n2=W | rel=r_associated | relid=0 | w=26
- ph --
r_associated #0: 25 / 0.095 ->
en:pH
n1=ph | n2=en:pH | rel=r_associated | relid=0 | w=25
- ph --
r_associated #0: 25 / 0.095 ->
hypothermie (équilibre acido-basique en)
n1=ph | n2=hypothermie (équilibre acido-basique en) | rel=r_associated | relid=0 | w=25
- ph --
r_associated #0: 25 / 0.095 ->
papier pH
n1=ph | n2=papier pH | rel=r_associated | relid=0 | w=25
- ph --
r_associated #0: 24 / 0.091 ->
équilibre acidobasique
n1=ph | n2=équilibre acidobasique | rel=r_associated | relid=0 | w=24
- ph --
r_associated #0: 24 / 0.091 ->
proton
n1=ph | n2=proton | rel=r_associated | relid=0 | w=24
- ph --
r_associated #0: 23 / 0.087 ->
Henderson-Hasselbalch (équation d')
n1=ph | n2=Henderson-Hasselbalch (équation d') | rel=r_associated | relid=0 | w=23
- ph --
r_associated #0: 22 / 0.083 ->
en:hydrogen potential
n1=ph | n2=en:hydrogen potential | rel=r_associated | relid=0 | w=22
- ph --
r_associated #0: 22 / 0.083 ->
pK
n1=ph | n2=pK | rel=r_associated | relid=0 | w=22
- ph --
r_associated #0: 20 / 0.076 ->
acide
(Nom)
n1=ph | n2=acide (Nom) | rel=r_associated | relid=0 | w=20
- ph --
r_associated #0: 20 / 0.076 ->
en:acor
n1=ph | n2=en:acor | rel=r_associated | relid=0 | w=20
- ph --
r_associated #0: 20 / 0.076 ->
en:alkalosis
n1=ph | n2=en:alkalosis | rel=r_associated | relid=0 | w=20
- ph --
r_associated #0: 15 / 0.057 ->
en:chemical science
n1=ph | n2=en:chemical science | rel=r_associated | relid=0 | w=15
- ph --
r_associated #0: 15 / 0.057 ->
en:chemistry
n1=ph | n2=en:chemistry | rel=r_associated | relid=0 | w=15
- ph --
r_associated #0: 14 / 0.053 ->
hydrogène
n1=ph | n2=hydrogène | rel=r_associated | relid=0 | w=14
- ph --
r_associated #0: 11 / 0.042 ->
pH-mètre
n1=ph | n2=pH-mètre | rel=r_associated | relid=0 | w=11
- ph --
r_associated #0: 10 / 0.038 ->
°C
n1=ph | n2=°C | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
30 ml
n1=ph | n2=30 ml | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide acétique
n1=ph | n2=acide acétique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide ascorbique
n1=ph | n2=acide ascorbique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide benzoïque
n1=ph | n2=acide benzoïque | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide chlorhydrique
n1=ph | n2=acide chlorhydrique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide citrique
n1=ph | n2=acide citrique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide folique
n1=ph | n2=acide folique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide gras
n1=ph | n2=acide gras | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide hyaluronique
n1=ph | n2=acide hyaluronique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide lactique
n1=ph | n2=acide lactique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide nitrique
n1=ph | n2=acide nitrique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide nucléique
n1=ph | n2=acide nucléique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acide sulfurique
n1=ph | n2=acide sulfurique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
acidose
n1=ph | n2=acidose | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
alcalose
n1=ph | n2=alcalose | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
asticoter
n1=ph | n2=asticoter | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
avoir [qqn] à l'usure
n1=ph | n2=avoir [qqn] à l'usure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
avoir qn à l'usure
n1=ph | n2=avoir qn à l'usure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
avoir quelqu'un à l'usure
n1=ph | n2=avoir quelqu'un à l'usure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
brouter le chou à [qqn]
n1=ph | n2=brouter le chou à [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
brouter le chou à quelqu'un
n1=ph | n2=brouter le chou à quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
chien courant
n1=ph | n2=chien courant | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
chien de meute
n1=ph | n2=chien de meute | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
chien renifleur
n1=ph | n2=chien renifleur | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
de proton
n1=ph | n2=de proton | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
degré Celsius
n1=ph | n2=degré Celsius | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
degré celsius
n1=ph | n2=degré celsius | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
degré Fahrenheit
n1=ph | n2=degré Fahrenheit | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
degré fahrenheit
n1=ph | n2=degré fahrenheit | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
deuxième part
n1=ph | n2=deuxième part | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
dioptre
n1=ph | n2=dioptre | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
dioptrie
n1=ph | n2=dioptrie | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
dyne
n1=ph | n2=dyne | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:°C
n1=ph | n2=en:°C | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:10e-28 square meter
n1=ph | n2=en:10e-28 square meter | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:arbitrary unit of igg isotype for phospholipid antigen
n1=ph | n2=en:arbitrary unit of igg isotype for phospholipid antigen | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:are unit of measure
n1=ph | n2=en:are unit of measure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:atmosphere, unit of pressure
n1=ph | n2=en:atmosphere, unit of pressure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:barrel shape
n1=ph | n2=en:barrel shape | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:be a pain
n1=ph | n2=en:be a pain | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:be a pain in the neck
n1=ph | n2=en:be a pain in the neck | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:be very annoying
n1=ph | n2=en:be very annoying | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:bel (unit of measure)
n1=ph | n2=en:bel (unit of measure) | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:bit - unit of measure
n1=ph | n2=en:bit - unit of measure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:bring pressure to bear on
n1=ph | n2=en:bring pressure to bear on | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:bring pressure to bear on somebody
n1=ph | n2=en:bring pressure to bear on somebody | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:british minim
n1=ph | n2=en:british minim | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:by my watch
n1=ph | n2=en:by my watch | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:degree Celsius
n1=ph | n2=en:degree Celsius | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:degree Fahrenheit
n1=ph | n2=en:degree Fahrenheit | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:dilatator
n1=ph | n2=en:dilatator | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:erg - unit of measure
n1=ph | n2=en:erg - unit of measure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:exert pressure on sb
n1=ph | n2=en:exert pressure on sb | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:F
n1=ph | n2=en:F | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:Fahrenheit
n1=ph | n2=en:Fahrenheit | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:fahrenheit degree
n1=ph | n2=en:fahrenheit degree | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:fathom - british
n1=ph | n2=en:fathom - british | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:fathom - us
n1=ph | n2=en:fathom - us | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:fluid dram - british
n1=ph | n2=en:fluid dram - british | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:foxhound
n1=ph | n2=en:foxhound | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:galileo (measurement)
n1=ph | n2=en:galileo (measurement) | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:give a blow job
n1=ph | n2=en:give a blow job | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:give head
n1=ph | n2=en:give head | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:give head to somebody
n1=ph | n2=en:give head to somebody | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:give somebody a blow job
n1=ph | n2=en:give somebody a blow job | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:give somebody head
n1=ph | n2=en:give somebody head | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:gon (grade)
n1=ph | n2=en:gon (grade) | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:gray unit of radiation dose
n1=ph | n2=en:gray unit of radiation dose | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:grind down
n1=ph | n2=en:grind down | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:grind somebody down
n1=ph | n2=en:grind somebody down | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:hand - unit of measure
n1=ph | n2=en:hand - unit of measure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:hound
n1=ph | n2=en:hound | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:hound-dog
n1=ph | n2=en:hound-dog | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:hydrogen ion
n1=ph | n2=en:hydrogen ion | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:Imperial gallon
n1=ph | n2=en:Imperial gallon | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:imperial gallon
n1=ph | n2=en:imperial gallon | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:link for gunters chain usa
n1=ph | n2=en:link for gunters chain usa | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:make somebody sweat
n1=ph | n2=en:make somebody sweat | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:mil unit of measure
n1=ph | n2=en:mil unit of measure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:oersted (unit of measure)
n1=ph | n2=en:oersted (unit of measure) | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:pace - unit of measure
n1=ph | n2=en:pace - unit of measure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:parts per trillion
n1=ph | n2=en:parts per trillion | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:pester
n1=ph | n2=en:pester | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:pester sb
n1=ph | n2=en:pester sb | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:pH scale
n1=ph | n2=en:pH scale | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:pied (french foot)
n1=ph | n2=en:pied (french foot) | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:pipecolate:scnc:pt:bld.dot:qn
n1=ph | n2=en:pipecolate:scnc:pt:bld.dot:qn | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:put pressure on sb
n1=ph | n2=en:put pressure on sb | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:put pressure on somebody
n1=ph | n2=en:put pressure on somebody | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:put the squeeze on
n1=ph | n2=en:put the squeeze on | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:put the squeeze on somebody
n1=ph | n2=en:put the squeeze on somebody | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:quart - british
n1=ph | n2=en:quart - british | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:rattle sb's cage
n1=ph | n2=en:rattle sb's cage | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:REM
n1=ph | n2=en:REM | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:roentgen equivalent man
n1=ph | n2=en:roentgen equivalent man | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:röntgen
n1=ph | n2=en:röntgen | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:röntgen equivalent man
n1=ph | n2=en:röntgen equivalent man | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:scenthound
n1=ph | n2=en:scenthound | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:seconds
n1=ph | n2=en:seconds | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:snow leopard
n1=ph | n2=en:snow leopard | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:spl pharmaceutical quality/chemistry, manufacturing, and controls terminology
n1=ph | n2=en:spl pharmaceutical quality/chemistry, manufacturing, and controls terminology | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:spl pq/cmc physicochemical properties terminology
n1=ph | n2=en:spl pq/cmc physicochemical properties terminology | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:steady-state
n1=ph | n2=en:steady-state | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:suck off
n1=ph | n2=en:suck off | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:suck somebody off
n1=ph | n2=en:suck somebody off | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:tesla - unit
n1=ph | n2=en:tesla - unit | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:the minute
n1=ph | n2=en:the minute | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:time is... exactly
n1=ph | n2=en:time is... exactly | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:tire
n1=ph | n2=en:tire | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:to put pressure on sb
n1=ph | n2=en:to put pressure on sb | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:to rattle sb's cage
n1=ph | n2=en:to rattle sb's cage | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:to the minute
n1=ph | n2=en:to the minute | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:to wear sb down
n1=ph | n2=en:to wear sb down | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:units of measure - gilbert
n1=ph | n2=en:units of measure - gilbert | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:units of measure - lumen
n1=ph | n2=en:units of measure - lumen | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:units of measure - mesh
n1=ph | n2=en:units of measure - mesh | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:units of measure - pica
n1=ph | n2=en:units of measure - pica | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:units of measure - siemens
n1=ph | n2=en:units of measure - siemens | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:unitsofmeasure - mpl unit
n1=ph | n2=en:unitsofmeasure - mpl unit | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:wear down
n1=ph | n2=en:wear down | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:wear sb down
n1=ph | n2=en:wear sb down | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:wear somebody down
n1=ph | n2=en:wear somebody down | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:wear somebody out
n1=ph | n2=en:wear somebody out | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
en:work on somebody
n1=ph | n2=en:work on somebody | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
enkikiner
n1=ph | n2=enkikiner | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
enquiquiner
n1=ph | n2=enquiquiner | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
exercer une pression sur
n1=ph | n2=exercer une pression sur | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
exercer une pression sur [qqn]
n1=ph | n2=exercer une pression sur [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
exercer une pression sur qn
n1=ph | n2=exercer une pression sur qn | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
exercer une pression sur quelqu'un
n1=ph | n2=exercer une pression sur quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
exténuer
n1=ph | n2=exténuer | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
faire mimi
n1=ph | n2=faire mimi | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
faire pression sur
n1=ph | n2=faire pression sur | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
faire suer [qqn]
n1=ph | n2=faire suer [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
faire suer quelqu'un
n1=ph | n2=faire suer quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
fox-hound
n1=ph | n2=fox-hound | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
foxhound
n1=ph | n2=foxhound | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
gallon canadien
n1=ph | n2=gallon canadien | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
gallon impérial
n1=ph | n2=gallon impérial | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
hertz
n1=ph | n2=hertz | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
hydrogène (ion)
n1=ph | n2=hydrogène (ion) | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
ion hydrogène
n1=ph | n2=ion hydrogène | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
joule
n1=ph | n2=joule | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
léopard des neiges
n1=ph | n2=léopard des neiges | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
Léopard des neiges
n1=ph | n2=Léopard des neiges | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
liquidienne
n1=ph | n2=liquidienne | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
lux
n1=ph | n2=lux | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
maladie de Weber-Rendu-Osler
n1=ph | n2=maladie de Weber-Rendu-Osler | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression à
n1=ph | n2=mettre la pression à | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression à [qqn]
n1=ph | n2=mettre la pression à [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression à quelqu'un
n1=ph | n2=mettre la pression à quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression sur
n1=ph | n2=mettre la pression sur | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression sur [qqn]
n1=ph | n2=mettre la pression sur [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression sur qn
n1=ph | n2=mettre la pression sur qn | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
mettre la pression sur quelqu'un
n1=ph | n2=mettre la pression sur quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
montre en main
n1=ph | n2=montre en main | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
ounce
n1=ph | n2=ounce | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
Panthera uncia
n1=ph | n2=Panthera uncia | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
panthère des neiges
n1=ph | n2=panthère des neiges | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
particule subatomique
n1=ph | n2=particule subatomique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
Particule subatomique
n1=ph | n2=Particule subatomique | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
pneu de voiture
n1=ph | n2=pneu de voiture | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
pomper [qqn]
n1=ph | n2=pomper [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
pomper quelqu'un
n1=ph | n2=pomper quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
pressure
n1=ph | n2=pressure | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
propriétés chimiques
n1=ph | n2=propriétés chimiques | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
rabe,rabiot
n1=ph | n2=rabe,rabiot | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
rad
n1=ph | n2=rad | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
rédiger le compte rendu
n1=ph | n2=rédiger le compte rendu | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
rem
n1=ph | n2=rem | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
roentgen
n1=ph | n2=roentgen | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
röntgen
n1=ph | n2=röntgen | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
secondes
n1=ph | n2=secondes | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
sucer [qqn]
n1=ph | n2=sucer [qqn] | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
sucer quelqu'un
n1=ph | n2=sucer quelqu'un | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
syndrome de Weber
n1=ph | n2=syndrome de Weber | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
tailler une pipe à
n1=ph | n2=tailler une pipe à | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
travailler [qqn] au corps
n1=ph | n2=travailler [qqn] au corps | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
travailler qn au corps
n1=ph | n2=travailler qn au corps | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
travailler quelqu'un au corps
n1=ph | n2=travailler quelqu'un au corps | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
ultrasons
n1=ph | n2=ultrasons | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
Uncia uncia
n1=ph | n2=Uncia uncia | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
vêtements d'occasion
n1=ph | n2=vêtements d'occasion | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
vêtements de deuxième main
n1=ph | n2=vêtements de deuxième main | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
Wb
n1=ph | n2=Wb | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 10 / 0.038 ->
weber
n1=ph | n2=weber | rel=r_associated | relid=0 | w=10
- ph --
r_associated #0: 5 / 0.019 ->
substance à analyser
n1=ph | n2=substance à analyser | rel=r_associated | relid=0 | w=5
- ph --
r_associated #0: 4 / 0.015 ->
aquarium
n1=ph | n2=aquarium | rel=r_associated | relid=0 | w=4
- ph --
r_associated #0: 4 / 0.015 ->
indicateur
n1=ph | n2=indicateur | rel=r_associated | relid=0 | w=4
- ph --
r_associated #0: 3 / 0.011 ->
alcalin
n1=ph | n2=alcalin | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
concentration
n1=ph | n2=concentration | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
électrode
n1=ph | n2=électrode | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
ion
n1=ph | n2=ion | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
organique
n1=ph | n2=organique | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
oxydation
n1=ph | n2=oxydation | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
saturation
n1=ph | n2=saturation | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 3 / 0.011 ->
substrat
n1=ph | n2=substrat | rel=r_associated | relid=0 | w=3
- ph --
r_associated #0: 2 / 0.008 ->
Abaissement
n1=ph | n2=Abaissement | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
abaissement
n1=ph | n2=abaissement | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Acide
n1=ph | n2=Acide | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Additif
n1=ph | n2=Additif | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
additif
n1=ph | n2=additif | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Affinité
n1=ph | n2=Affinité | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
affinité
n1=ph | n2=affinité | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Aire
n1=ph | n2=Aire | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
aire
n1=ph | n2=aire | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Alcalin
n1=ph | n2=Alcalin | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
ambiant
n1=ph | n2=ambiant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
aminé
n1=ph | n2=aminé | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Aquarium
n1=ph | n2=Aquarium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Aqueux
n1=ph | n2=Aqueux | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
aqueux
n1=ph | n2=aqueux | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
argileux
n1=ph | n2=argileux | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
artériel
n1=ph | n2=artériel | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Azote
n1=ph | n2=Azote | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
azote
n1=ph | n2=azote | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Bactérie
n1=ph | n2=Bactérie | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
bactérie
n1=ph | n2=bactérie | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Bactérien
n1=ph | n2=Bactérien | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
bactérien
n1=ph | n2=bactérien | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Basique
n1=ph | n2=Basique | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Calcium
n1=ph | n2=Calcium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
calcium
n1=ph | n2=calcium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Cation
n1=ph | n2=Cation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
cation
n1=ph | n2=cation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Cellulaire
n1=ph | n2=Cellulaire | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
cellulaire
n1=ph | n2=cellulaire | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Chlore
n1=ph | n2=Chlore | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
chlore
n1=ph | n2=chlore | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Chlorure
n1=ph | n2=Chlorure | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
chlorure
n1=ph | n2=chlorure | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
co2
n1=ph | n2=co2 | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Colorant
n1=ph | n2=Colorant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
colorant
n1=ph | n2=colorant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
colorer
n1=ph | n2=colorer | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Concentration
n1=ph | n2=Concentration | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Corrosion
n1=ph | n2=Corrosion | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
corrosion
n1=ph | n2=corrosion | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Cosmopolite
n1=ph | n2=Cosmopolite | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
cosmopolite
n1=ph | n2=cosmopolite | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Dentiste
n1=ph | n2=Dentiste | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
dentiste
n1=ph | n2=dentiste | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Diagramme
n1=ph | n2=Diagramme | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
diagramme
n1=ph | n2=diagramme | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Digestion
n1=ph | n2=Digestion | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
digestion
n1=ph | n2=digestion | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Dioxyde
n1=ph | n2=Dioxyde | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
dioxyde
n1=ph | n2=dioxyde | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Dissertation
n1=ph | n2=Dissertation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
dissertation
n1=ph | n2=dissertation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
dissocier
n1=ph | n2=dissocier | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Doctoral
n1=ph | n2=Doctoral | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
doctoral
n1=ph | n2=doctoral | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Doctorat
n1=ph | n2=Doctorat | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
doctorat
n1=ph | n2=doctorat | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Dosage
n1=ph | n2=Dosage | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
dosage
n1=ph | n2=dosage | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Drainage
n1=ph | n2=Drainage | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
drainage
n1=ph | n2=drainage | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
drainer
n1=ph | n2=drainer | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Dureté
n1=ph | n2=Dureté | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
dureté
n1=ph | n2=dureté | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Électrode
n1=ph | n2=Électrode | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Enzyme
n1=ph | n2=Enzyme | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
enzyme
n1=ph | n2=enzyme | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Équivalence
n1=ph | n2=Équivalence | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
équivalence
n1=ph | n2=équivalence | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Estomac
n1=ph | n2=Estomac | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
estomac
n1=ph | n2=estomac | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Fermentation
n1=ph | n2=Fermentation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
fermentation
n1=ph | n2=fermentation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Gradient
n1=ph | n2=Gradient | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
gradient
n1=ph | n2=gradient | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Harvard
n1=ph | n2=Harvard | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Hospitalier
n1=ph | n2=Hospitalier | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
hospitalier
n1=ph | n2=hospitalier | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Hydrogène
n1=ph | n2=Hydrogène | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Indicateur
n1=ph | n2=Indicateur | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Inhiber
n1=ph | n2=Inhiber | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
inhiber
n1=ph | n2=inhiber | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
instable
n1=ph | n2=instable | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Ion
n1=ph | n2=Ion | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Ionique
n1=ph | n2=Ionique | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
ionique
n1=ph | n2=ionique | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Iso
n1=ph | n2=Iso | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
iso
n1=ph | n2=iso | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Levure
n1=ph | n2=Levure | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
levure
n1=ph | n2=levure | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Magnésium
n1=ph | n2=Magnésium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
magnésium
n1=ph | n2=magnésium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Membrane
n1=ph | n2=Membrane | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
membrane
n1=ph | n2=membrane | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Mit
n1=ph | n2=Mit | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
mit
n1=ph | n2=mit | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Molécule
n1=ph | n2=Molécule | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
molécule
n1=ph | n2=molécule | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Neutralité
n1=ph | n2=Neutralité | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Neutre
n1=ph | n2=Neutre | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Nutriment
n1=ph | n2=Nutriment | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
nutriment
n1=ph | n2=nutriment | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Optimal
n1=ph | n2=Optimal | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
optimal
n1=ph | n2=optimal | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Organique
n1=ph | n2=Organique | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Oxydation
n1=ph | n2=Oxydation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Oxygène
n1=ph | n2=Oxygène | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
oxygène
n1=ph | n2=oxygène | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
paramétrer
n1=ph | n2=paramétrer | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Phosphate
n1=ph | n2=Phosphate | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
phosphate
n1=ph | n2=phosphate | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Phosphore
n1=ph | n2=Phosphore | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
phosphore
n1=ph | n2=phosphore | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Physiologique
n1=ph | n2=Physiologique | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
physiologique
n1=ph | n2=physiologique | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Polluant
n1=ph | n2=Polluant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
polluant
n1=ph | n2=polluant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Potassium
n1=ph | n2=Potassium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
potassium
n1=ph | n2=potassium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Potentiel
n1=ph | n2=Potentiel | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
potentiel
n1=ph | n2=potentiel | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Praticien
n1=ph | n2=Praticien | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
praticien
n1=ph | n2=praticien | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Princeton
n1=ph | n2=Princeton | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Protéine
n1=ph | n2=Protéine | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
protéine
n1=ph | n2=protéine | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Proton
n1=ph | n2=Proton | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Régulateur
n1=ph | n2=Régulateur | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
régulateur
n1=ph | n2=régulateur | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Réguler
n1=ph | n2=Réguler | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
réguler
n1=ph | n2=réguler | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Répartition
n1=ph | n2=Répartition | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
répartition
n1=ph | n2=répartition | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Respiratoire
n1=ph | n2=Respiratoire | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
respiratoire
n1=ph | n2=respiratoire | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Rétention
n1=ph | n2=Rétention | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
rétention
n1=ph | n2=rétention | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
sableux
n1=ph | n2=sableux | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Sanguin
n1=ph | n2=Sanguin | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
sanguin
n1=ph | n2=sanguin | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Saturation
n1=ph | n2=Saturation | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
sécréter
n1=ph | n2=sécréter | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Sodium
n1=ph | n2=Sodium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
sodium
n1=ph | n2=sodium | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Soluble
n1=ph | n2=Soluble | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
soluble
n1=ph | n2=soluble | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Solution
n1=ph | n2=Solution | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Solvant
n1=ph | n2=Solvant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
solvant
n1=ph | n2=solvant | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Stable
n1=ph | n2=Stable | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
stable
n1=ph | n2=stable | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Stimulus
n1=ph | n2=Stimulus | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
stimulus
n1=ph | n2=stimulus | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Substrat
n1=ph | n2=Substrat | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Tampon
n1=ph | n2=Tampon | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
tampon
n1=ph | n2=tampon | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Température
n1=ph | n2=Température | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
température
n1=ph | n2=température | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Teneur
n1=ph | n2=Teneur | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
teneur
n1=ph | n2=teneur | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Th
n1=ph | n2=Th | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
th
n1=ph | n2=th | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Tolérer
n1=ph | n2=Tolérer | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
tolérer
n1=ph | n2=tolérer | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Tourbier
n1=ph | n2=Tourbier | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
tourbier
n1=ph | n2=tourbier | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
Toxicité
n1=ph | n2=Toxicité | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 2 / 0.008 ->
toxicité
n1=ph | n2=toxicité | rel=r_associated | relid=0 | w=2
- ph --
r_associated #0: 1 / 0.004 ->
analyte
n1=ph | n2=analyte | rel=r_associated | relid=0 | w=1
| ≈ 613 relations entrantes
- chimie ---
r_associated #0: 211 -->
ph
n1=chimie | n2=ph | rel=r_associated | relid=0 | w=211
- concentration des ions H+ ---
r_associated #0: 102 -->
ph
n1=concentration des ions H+ | n2=ph | rel=r_associated | relid=0 | w=102
- concentration des ions h+ ---
r_associated #0: 99 -->
ph
n1=concentration des ions h+ | n2=ph | rel=r_associated | relid=0 | w=99
- en:phot ---
r_associated #0: 89 -->
ph
n1=en:phot | n2=ph | rel=r_associated | relid=0 | w=89
- phot ---
r_associated #0: 86 -->
ph
n1=phot | n2=ph | rel=r_associated | relid=0 | w=86
- entretien de la piscine privée ---
r_associated #0: 62 -->
ph
n1=entretien de la piscine privée | n2=ph | rel=r_associated | relid=0 | w=62
- acide ---
r_associated #0: 60 -->
ph
n1=acide | n2=ph | rel=r_associated | relid=0 | w=60
- pH ---
r_associated #0: 52 -->
ph
n1=pH | n2=ph | rel=r_associated | relid=0 | w=52
- en:pH ---
r_associated #0: 51 -->
ph
n1=en:pH | n2=ph | rel=r_associated | relid=0 | w=51
- piscine ---
r_associated #0: 51 -->
ph
n1=piscine | n2=ph | rel=r_associated | relid=0 | w=51
- en:ph ---
r_associated #0: 49 -->
ph
n1=en:ph | n2=ph | rel=r_associated | relid=0 | w=49
- en:alkalosis ---
r_associated #0: 40 -->
ph
n1=en:alkalosis | n2=ph | rel=r_associated | relid=0 | w=40
- acide
(chimie) ---
r_associated #0: 37 -->
ph
n1=acide (chimie) | n2=ph | rel=r_associated | relid=0 | w=37
- alcalose ---
r_associated #0: 37 -->
ph
n1=alcalose | n2=ph | rel=r_associated | relid=0 | w=37
- acide
(Nom) ---
r_associated #0: 33 -->
ph
n1=acide (Nom) | n2=ph | rel=r_associated | relid=0 | w=33
- en:hydrogen-ion concentration ---
r_associated #0: 31 -->
ph
n1=en:hydrogen-ion concentration | n2=ph | rel=r_associated | relid=0 | w=31
- en:acor ---
r_associated #0: 30 -->
ph
n1=en:acor | n2=ph | rel=r_associated | relid=0 | w=30
- en:ph value ---
r_associated #0: 30 -->
ph
n1=en:ph value | n2=ph | rel=r_associated | relid=0 | w=30
- chymie ---
r_associated #0: 29 -->
ph
n1=chymie | n2=ph | rel=r_associated | relid=0 | w=29
- en:alcalosis ---
r_associated #0: 28 -->
ph
n1=en:alcalosis | n2=ph | rel=r_associated | relid=0 | w=28
- acidité ---
r_associated #0: 27 -->
ph
n1=acidité | n2=ph | rel=r_associated | relid=0 | w=27
- concentration des ions hydrogène ---
r_associated #0: 27 -->
ph
n1=concentration des ions hydrogène | n2=ph | rel=r_associated | relid=0 | w=27
- ph du sol ---
r_associated #0: 25 -->
ph
n1=ph du sol | n2=ph | rel=r_associated | relid=0 | w=25
- ph équilibré ---
r_associated #0: 25 -->
ph
n1=ph équilibré | n2=ph | rel=r_associated | relid=0 | w=25
- 8 ---
r_associated #0: 23 -->
ph
n1=8 | n2=ph | rel=r_associated | relid=0 | w=23
- Chimie ---
r_associated #0: 22 -->
ph
n1=Chimie | n2=ph | rel=r_associated | relid=0 | w=22
- argent ---
r_associated #0: 21 -->
ph
n1=argent | n2=ph | rel=r_associated | relid=0 | w=21
- Dust Bowl ---
r_associated #0: 20 -->
ph
n1=Dust Bowl | n2=ph | rel=r_associated | relid=0 | w=20
- La Peau de chagrin ---
r_associated #0: 20 -->
ph
n1=La Peau de chagrin | n2=ph | rel=r_associated | relid=0 | w=20
- W ---
r_associated #0: 20 -->
ph
n1=W | n2=ph | rel=r_associated | relid=0 | w=20
- analyses urinaires ---
r_associated #0: 20 -->
ph
n1=analyses urinaires | n2=ph | rel=r_associated | relid=0 | w=20
- basique ---
r_associated #0: 20 -->
ph
n1=basique | n2=ph | rel=r_associated | relid=0 | w=20
- courant ---
r_associated #0: 20 -->
ph
n1=courant | n2=ph | rel=r_associated | relid=0 | w=20
- degré ---
r_associated #0: 20 -->
ph
n1=degré | n2=ph | rel=r_associated | relid=0 | w=20
- divine proportion ---
r_associated #0: 20 -->
ph
n1=divine proportion | n2=ph | rel=r_associated | relid=0 | w=20
- en:acceleration of free fall (standard) ---
r_associated #0: 20 -->
ph
n1=en:acceleration of free fall (standard) | n2=ph | rel=r_associated | relid=0 | w=20
- en:acidic ph ---
r_associated #0: 20 -->
ph
n1=en:acidic ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:acidification ---
r_associated #0: 20 -->
ph
n1=en:acidification | n2=ph | rel=r_associated | relid=0 | w=20
- en:acre ---
r_associated #0: 20 -->
ph
n1=en:acre | n2=ph | rel=r_associated | relid=0 | w=20
- en:acre usa survey ---
r_associated #0: 20 -->
ph
n1=en:acre usa survey | n2=ph | rel=r_associated | relid=0 | w=20
- en:adhesion ---
r_associated #0: 20 -->
ph
n1=en:adhesion | n2=ph | rel=r_associated | relid=0 | w=20
- en:adsorption ---
r_associated #0: 20 -->
ph
n1=en:adsorption | n2=ph | rel=r_associated | relid=0 | w=20
- en:affinity ---
r_associated #0: 20 -->
ph
n1=en:affinity | n2=ph | rel=r_associated | relid=0 | w=20
- en:aggregation ---
r_associated #0: 20 -->
ph
n1=en:aggregation | n2=ph | rel=r_associated | relid=0 | w=20
- en:allogenicity ---
r_associated #0: 20 -->
ph
n1=en:allogenicity | n2=ph | rel=r_associated | relid=0 | w=20
- en:alpha particle emitter ---
r_associated #0: 20 -->
ph
n1=en:alpha particle emitter | n2=ph | rel=r_associated | relid=0 | w=20
- en:ampere ---
r_associated #0: 20 -->
ph
n1=en:ampere | n2=ph | rel=r_associated | relid=0 | w=20
- en:amplitude ---
r_associated #0: 20 -->
ph
n1=en:amplitude | n2=ph | rel=r_associated | relid=0 | w=20
- en:angstrom ---
r_associated #0: 20 -->
ph
n1=en:angstrom | n2=ph | rel=r_associated | relid=0 | w=20
- en:anisotropy ---
r_associated #0: 20 -->
ph
n1=en:anisotropy | n2=ph | rel=r_associated | relid=0 | w=20
- en:apl unit ---
r_associated #0: 20 -->
ph
n1=en:apl unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:apothecaries dram mass unit ---
r_associated #0: 20 -->
ph
n1=en:apothecaries dram mass unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:apothecaries scruple ---
r_associated #0: 20 -->
ph
n1=en:apothecaries scruple | n2=ph | rel=r_associated | relid=0 | w=20
- en:arbitrary unit ---
r_associated #0: 20 -->
ph
n1=en:arbitrary unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:are ---
r_associated #0: 20 -->
ph
n1=en:are | n2=ph | rel=r_associated | relid=0 | w=20
- en:astronomic unit ---
r_associated #0: 20 -->
ph
n1=en:astronomic unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:astronomical processes ---
r_associated #0: 20 -->
ph
n1=en:astronomical processes | n2=ph | rel=r_associated | relid=0 | w=20
- en:atmosphere ---
r_associated #0: 20 -->
ph
n1=en:atmosphere | n2=ph | rel=r_associated | relid=0 | w=20
- en:atmosphere (technical) ---
r_associated #0: 20 -->
ph
n1=en:atmosphere (technical) | n2=ph | rel=r_associated | relid=0 | w=20
- en:augmentation pressure point p1 ---
r_associated #0: 20 -->
ph
n1=en:augmentation pressure point p1 | n2=ph | rel=r_associated | relid=0 | w=20
- en:augmentation pressure point p2 ---
r_associated #0: 20 -->
ph
n1=en:augmentation pressure point p2 | n2=ph | rel=r_associated | relid=0 | w=20
- en:avidity ---
r_associated #0: 20 -->
ph
n1=en:avidity | n2=ph | rel=r_associated | relid=0 | w=20
- en:bar (unit of pressure) ---
r_associated #0: 20 -->
ph
n1=en:bar (unit of pressure) | n2=ph | rel=r_associated | relid=0 | w=20
- en:barn ---
r_associated #0: 20 -->
ph
n1=en:barn | n2=ph | rel=r_associated | relid=0 | w=20
- en:barrel ---
r_associated #0: 20 -->
ph
n1=en:barrel | n2=ph | rel=r_associated | relid=0 | w=20
- en:basic ph ---
r_associated #0: 20 -->
ph
n1=en:basic ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:baud ---
r_associated #0: 20 -->
ph
n1=en:baud | n2=ph | rel=r_associated | relid=0 | w=20
- en:beam ---
r_associated #0: 20 -->
ph
n1=en:beam | n2=ph | rel=r_associated | relid=0 | w=20
- en:becquerel ---
r_associated #0: 20 -->
ph
n1=en:becquerel | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel ---
r_associated #0: 20 -->
ph
n1=en:bel | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel kilowatts ---
r_associated #0: 20 -->
ph
n1=en:bel kilowatts | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel microvolts ---
r_associated #0: 20 -->
ph
n1=en:bel microvolts | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel milivolts ---
r_associated #0: 20 -->
ph
n1=en:bel milivolts | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel sound pressure ---
r_associated #0: 20 -->
ph
n1=en:bel sound pressure | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel volt ---
r_associated #0: 20 -->
ph
n1=en:bel volt | n2=ph | rel=r_associated | relid=0 | w=20
- en:bel watts ---
r_associated #0: 20 -->
ph
n1=en:bel watts | n2=ph | rel=r_associated | relid=0 | w=20
- en:bethesda unit ---
r_associated #0: 20 -->
ph
n1=en:bethesda unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:binding potential ---
r_associated #0: 20 -->
ph
n1=en:binding potential | n2=ph | rel=r_associated | relid=0 | w=20
- en:biophysical process ---
r_associated #0: 20 -->
ph
n1=en:biophysical process | n2=ph | rel=r_associated | relid=0 | w=20
- en:biot ---
r_associated #0: 20 -->
ph
n1=en:biot | n2=ph | rel=r_associated | relid=0 | w=20
- en:bit ---
r_associated #0: 20 -->
ph
n1=en:bit | n2=ph | rel=r_associated | relid=0 | w=20
- en:blood gas monitors, in-line ---
r_associated #0: 20 -->
ph
n1=en:blood gas monitors, in-line | n2=ph | rel=r_associated | relid=0 | w=20
- en:blood gas/ph analyzer ---
r_associated #0: 20 -->
ph
n1=en:blood gas/ph analyzer | n2=ph | rel=r_associated | relid=0 | w=20
- en:board foot - unit of measure ---
r_associated #0: 20 -->
ph
n1=en:board foot - unit of measure | n2=ph | rel=r_associated | relid=0 | w=20
- en:bodansky unit ---
r_associated #0: 20 -->
ph
n1=en:bodansky unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:boltzman constant ---
r_associated #0: 20 -->
ph
n1=en:boltzman constant | n2=ph | rel=r_associated | relid=0 | w=20
- en:british thermal unit ---
r_associated #0: 20 -->
ph
n1=en:british thermal unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:british thermal unit mean ---
r_associated #0: 20 -->
ph
n1=en:british thermal unit mean | n2=ph | rel=r_associated | relid=0 | w=20
- en:british thermal unit thermochemical ---
r_associated #0: 20 -->
ph
n1=en:british thermal unit thermochemical | n2=ph | rel=r_associated | relid=0 | w=20
- en:btu (intl. table) ---
r_associated #0: 20 -->
ph
n1=en:btu (intl. table) | n2=ph | rel=r_associated | relid=0 | w=20
- en:buffer solution ---
r_associated #0: 20 -->
ph
n1=en:buffer solution | n2=ph | rel=r_associated | relid=0 | w=20
- en:buffered ---
r_associated #0: 20 -->
ph
n1=en:buffered | n2=ph | rel=r_associated | relid=0 | w=20
- en:bushel - british ---
r_associated #0: 20 -->
ph
n1=en:bushel - british | n2=ph | rel=r_associated | relid=0 | w=20
- en:bushel - us ---
r_associated #0: 20 -->
ph
n1=en:bushel - us | n2=ph | rel=r_associated | relid=0 | w=20
- en:byte ---
r_associated #0: 20 -->
ph
n1=en:byte | n2=ph | rel=r_associated | relid=0 | w=20
- en:caloric intake ---
r_associated #0: 20 -->
ph
n1=en:caloric intake | n2=ph | rel=r_associated | relid=0 | w=20
- en:calorie 15 degrees celsius ---
r_associated #0: 20 -->
ph
n1=en:calorie 15 degrees celsius | n2=ph | rel=r_associated | relid=0 | w=20
- en:calorie 20 degrees celsius ---
r_associated #0: 20 -->
ph
n1=en:calorie 20 degrees celsius | n2=ph | rel=r_associated | relid=0 | w=20
- en:calorie unit of energy ---
r_associated #0: 20 -->
ph
n1=en:calorie unit of energy | n2=ph | rel=r_associated | relid=0 | w=20
- en:carat (metric) ---
r_associated #0: 20 -->
ph
n1=en:carat (metric) | n2=ph | rel=r_associated | relid=0 | w=20
- en:carat of gold alloy ---
r_associated #0: 20 -->
ph
n1=en:carat of gold alloy | n2=ph | rel=r_associated | relid=0 | w=20
- en:cavitation ---
r_associated #0: 20 -->
ph
n1=en:cavitation | n2=ph | rel=r_associated | relid=0 | w=20
- en:cdisc sdtm laboratory test code terminology ---
r_associated #0: 20 -->
ph
n1=en:cdisc sdtm laboratory test code terminology | n2=ph | rel=r_associated | relid=0 | w=20
- en:cdisc sdtm laboratory test name terminology ---
r_associated #0: 20 -->
ph
n1=en:cdisc sdtm laboratory test name terminology | n2=ph | rel=r_associated | relid=0 | w=20
- en:cdisc sdtm terminology ---
r_associated #0: 20 -->
ph
n1=en:cdisc sdtm terminology | n2=ph | rel=r_associated | relid=0 | w=20
- en:cdisc send terminology ---
r_associated #0: 20 -->
ph
n1=en:cdisc send terminology | n2=ph | rel=r_associated | relid=0 | w=20
- en:cell concentration ---
r_associated #0: 20 -->
ph
n1=en:cell concentration | n2=ph | rel=r_associated | relid=0 | w=20
- en:cells_per_ml ---
r_associated #0: 20 -->
ph
n1=en:cells_per_ml | n2=ph | rel=r_associated | relid=0 | w=20
- en:cfu_per_ml ---
r_associated #0: 20 -->
ph
n1=en:cfu_per_ml | n2=ph | rel=r_associated | relid=0 | w=20
- en:chain (ramden's or engineer's) ---
r_associated #0: 20 -->
ph
n1=en:chain (ramden's or engineer's) | n2=ph | rel=r_associated | relid=0 | w=20
- en:charge ---
r_associated #0: 20 -->
ph
n1=en:charge | n2=ph | rel=r_associated | relid=0 | w=20
- en:charriere ---
r_associated #0: 20 -->
ph
n1=en:charriere | n2=ph | rel=r_associated | relid=0 | w=20
- en:chemical acidity/alkalinity ---
r_associated #0: 20 -->
ph
n1=en:chemical acidity/alkalinity | n2=ph | rel=r_associated | relid=0 | w=20
- en:chemical properties ---
r_associated #0: 20 -->
ph
n1=en:chemical properties | n2=ph | rel=r_associated | relid=0 | w=20
- en:chiral ---
r_associated #0: 20 -->
ph
n1=en:chiral | n2=ph | rel=r_associated | relid=0 | w=20
- en:cicero ---
r_associated #0: 20 -->
ph
n1=en:cicero | n2=ph | rel=r_associated | relid=0 | w=20
- en:circle unit of plane angle ---
r_associated #0: 20 -->
ph
n1=en:circle unit of plane angle | n2=ph | rel=r_associated | relid=0 | w=20
- en:circular mil ---
r_associated #0: 20 -->
ph
n1=en:circular mil | n2=ph | rel=r_associated | relid=0 | w=20
- en:clinical data interchange standards consortium terminology ---
r_associated #0: 20 -->
ph
n1=en:clinical data interchange standards consortium terminology | n2=ph | rel=r_associated | relid=0 | w=20
- en:collision ---
r_associated #0: 20 -->
ph
n1=en:collision | n2=ph | rel=r_associated | relid=0 | w=20
- en:compression ---
r_associated #0: 20 -->
ph
n1=en:compression | n2=ph | rel=r_associated | relid=0 | w=20
- en:conformation ---
r_associated #0: 20 -->
ph
n1=en:conformation | n2=ph | rel=r_associated | relid=0 | w=20
- en:cord - unitsofmeasure ---
r_associated #0: 20 -->
ph
n1=en:cord - unitsofmeasure | n2=ph | rel=r_associated | relid=0 | w=20
- en:corrosion ---
r_associated #0: 20 -->
ph
n1=en:corrosion | n2=ph | rel=r_associated | relid=0 | w=20
- en:cubic foot ---
r_associated #0: 20 -->
ph
n1=en:cubic foot | n2=ph | rel=r_associated | relid=0 | w=20
- en:cubic inch ---
r_associated #0: 20 -->
ph
n1=en:cubic inch | n2=ph | rel=r_associated | relid=0 | w=20
- en:cubic yard ---
r_associated #0: 20 -->
ph
n1=en:cubic yard | n2=ph | rel=r_associated | relid=0 | w=20
- en:cup - unit of measure ---
r_associated #0: 20 -->
ph
n1=en:cup - unit of measure | n2=ph | rel=r_associated | relid=0 | w=20
- en:curie ---
r_associated #0: 20 -->
ph
n1=en:curie | n2=ph | rel=r_associated | relid=0 | w=20
- en:day ---
r_associated #0: 20 -->
ph
n1=en:day | n2=ph | rel=r_associated | relid=0 | w=20
- en:degree celsius ---
r_associated #0: 20 -->
ph
n1=en:degree celsius | n2=ph | rel=r_associated | relid=0 | w=20
- en:degree fahrenheit ---
r_associated #0: 20 -->
ph
n1=en:degree fahrenheit | n2=ph | rel=r_associated | relid=0 | w=20
- en:degree or extent ---
r_associated #0: 20 -->
ph
n1=en:degree or extent | n2=ph | rel=r_associated | relid=0 | w=20
- en:density ---
r_associated #0: 20 -->
ph
n1=en:density | n2=ph | rel=r_associated | relid=0 | w=20
- en:dependent specific individual quality ---
r_associated #0: 20 -->
ph
n1=en:dependent specific individual quality | n2=ph | rel=r_associated | relid=0 | w=20
- en:deprecated ph of gastric fluid ---
r_associated #0: 20 -->
ph
n1=en:deprecated ph of gastric fluid | n2=ph | rel=r_associated | relid=0 | w=20
- en:didot ---
r_associated #0: 20 -->
ph
n1=en:didot | n2=ph | rel=r_associated | relid=0 | w=20
- en:diffusion ---
r_associated #0: 20 -->
ph
n1=en:diffusion | n2=ph | rel=r_associated | relid=0 | w=20
- en:diffusion anisotropy ---
r_associated #0: 20 -->
ph
n1=en:diffusion anisotropy | n2=ph | rel=r_associated | relid=0 | w=20
- en:dimensionless unit ---
r_associated #0: 20 -->
ph
n1=en:dimensionless unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:diopter ---
r_associated #0: 20 -->
ph
n1=en:diopter | n2=ph | rel=r_associated | relid=0 | w=20
- en:doppler effect ---
r_associated #0: 20 -->
ph
n1=en:doppler effect | n2=ph | rel=r_associated | relid=0 | w=20
- en:dram mass unit ---
r_associated #0: 20 -->
ph
n1=en:dram mass unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:drop measurement ---
r_associated #0: 20 -->
ph
n1=en:drop measurement | n2=ph | rel=r_associated | relid=0 | w=20
- en:dry pint us ---
r_associated #0: 20 -->
ph
n1=en:dry pint us | n2=ph | rel=r_associated | relid=0 | w=20
- en:dry quart ---
r_associated #0: 20 -->
ph
n1=en:dry quart | n2=ph | rel=r_associated | relid=0 | w=20
- en:dye unit ---
r_associated #0: 20 -->
ph
n1=en:dye unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:dyne ---
r_associated #0: 20 -->
ph
n1=en:dyne | n2=ph | rel=r_associated | relid=0 | w=20
- en:elasticity ---
r_associated #0: 20 -->
ph
n1=en:elasticity | n2=ph | rel=r_associated | relid=0 | w=20
- en:electric permittivity of vacuum ---
r_associated #0: 20 -->
ph
n1=en:electric permittivity of vacuum | n2=ph | rel=r_associated | relid=0 | w=20
- en:electrical current ---
r_associated #0: 20 -->
ph
n1=en:electrical current | n2=ph | rel=r_associated | relid=0 | w=20
- en:electrical property ---
r_associated #0: 20 -->
ph
n1=en:electrical property | n2=ph | rel=r_associated | relid=0 | w=20
- en:electricity ---
r_associated #0: 20 -->
ph
n1=en:electricity | n2=ph | rel=r_associated | relid=0 | w=20
- en:electromagnetic flux ---
r_associated #0: 20 -->
ph
n1=en:electromagnetic flux | n2=ph | rel=r_associated | relid=0 | w=20
- en:electromagnetic radiation ---
r_associated #0: 20 -->
ph
n1=en:electromagnetic radiation | n2=ph | rel=r_associated | relid=0 | w=20
- en:electromagnetic spectrum ---
r_associated #0: 20 -->
ph
n1=en:electromagnetic spectrum | n2=ph | rel=r_associated | relid=0 | w=20
- en:electron mass ---
r_associated #0: 20 -->
ph
n1=en:electron mass | n2=ph | rel=r_associated | relid=0 | w=20
- en:electronvolt ---
r_associated #0: 20 -->
ph
n1=en:electronvolt | n2=ph | rel=r_associated | relid=0 | w=20
- en:elementary charge ---
r_associated #0: 20 -->
ph
n1=en:elementary charge | n2=ph | rel=r_associated | relid=0 | w=20
- en:elementary particle interactions ---
r_associated #0: 20 -->
ph
n1=en:elementary particle interactions | n2=ph | rel=r_associated | relid=0 | w=20
- en:energy ---
r_associated #0: 20 -->
ph
n1=en:energy | n2=ph | rel=r_associated | relid=0 | w=20
- en:energy absorption ---
r_associated #0: 20 -->
ph
n1=en:energy absorption | n2=ph | rel=r_associated | relid=0 | w=20
- en:equivalents ---
r_associated #0: 20 -->
ph
n1=en:equivalents | n2=ph | rel=r_associated | relid=0 | w=20
- en:erg ---
r_associated #0: 20 -->
ph
n1=en:erg | n2=ph | rel=r_associated | relid=0 | w=20
- en:extracellular ph ---
r_associated #0: 20 -->
ph
n1=en:extracellular ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:farad ---
r_associated #0: 20 -->
ph
n1=en:farad | n2=ph | rel=r_associated | relid=0 | w=20
- en:fathom - international ---
r_associated #0: 20 -->
ph
n1=en:fathom - international | n2=ph | rel=r_associated | relid=0 | w=20
- en:fathom british ---
r_associated #0: 20 -->
ph
n1=en:fathom british | n2=ph | rel=r_associated | relid=0 | w=20
- en:fathom us ---
r_associated #0: 20 -->
ph
n1=en:fathom us | n2=ph | rel=r_associated | relid=0 | w=20
- en:filtration ---
r_associated #0: 20 -->
ph
n1=en:filtration | n2=ph | rel=r_associated | relid=0 | w=20
- en:finding of ph ---
r_associated #0: 20 -->
ph
n1=en:finding of ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:flow ---
r_associated #0: 20 -->
ph
n1=en:flow | n2=ph | rel=r_associated | relid=0 | w=20
- en:fluid dram british ---
r_associated #0: 20 -->
ph
n1=en:fluid dram british | n2=ph | rel=r_associated | relid=0 | w=20
- en:fluid dram us ---
r_associated #0: 20 -->
ph
n1=en:fluid dram us | n2=ph | rel=r_associated | relid=0 | w=20
- en:fluid flow ---
r_associated #0: 20 -->
ph
n1=en:fluid flow | n2=ph | rel=r_associated | relid=0 | w=20
- en:fluid ounce british ---
r_associated #0: 20 -->
ph
n1=en:fluid ounce british | n2=ph | rel=r_associated | relid=0 | w=20
- en:fluid ounce us ---
r_associated #0: 20 -->
ph
n1=en:fluid ounce us | n2=ph | rel=r_associated | relid=0 | w=20
- en:fluidity ---
r_associated #0: 20 -->
ph
n1=en:fluidity | n2=ph | rel=r_associated | relid=0 | w=20
- en:flux ---
r_associated #0: 20 -->
ph
n1=en:flux | n2=ph | rel=r_associated | relid=0 | w=20
- en:foot british ---
r_associated #0: 20 -->
ph
n1=en:foot british | n2=ph | rel=r_associated | relid=0 | w=20
- en:force ---
r_associated #0: 20 -->
ph
n1=en:force | n2=ph | rel=r_associated | relid=0 | w=20
- en:force of gravity ---
r_associated #0: 20 -->
ph
n1=en:force of gravity | n2=ph | rel=r_associated | relid=0 | w=20
- en:free energy ---
r_associated #0: 20 -->
ph
n1=en:free energy | n2=ph | rel=r_associated | relid=0 | w=20
- en:furlong ---
r_associated #0: 20 -->
ph
n1=en:furlong | n2=ph | rel=r_associated | relid=0 | w=20
- en:gal ---
r_associated #0: 20 -->
ph
n1=en:gal | n2=ph | rel=r_associated | relid=0 | w=20
- en:gallon (queen anne's wine gallon) ---
r_associated #0: 20 -->
ph
n1=en:gallon (queen anne's wine gallon) | n2=ph | rel=r_associated | relid=0 | w=20
- en:gallon british ---
r_associated #0: 20 -->
ph
n1=en:gallon british | n2=ph | rel=r_associated | relid=0 | w=20
- en:gauss ---
r_associated #0: 20 -->
ph
n1=en:gauss | n2=ph | rel=r_associated | relid=0 | w=20
- en:geological processes ---
r_associated #0: 20 -->
ph
n1=en:geological processes | n2=ph | rel=r_associated | relid=0 | w=20
- en:gilbert ---
r_associated #0: 20 -->
ph
n1=en:gilbert | n2=ph | rel=r_associated | relid=0 | w=20
- en:gill - british unit of measure ---
r_associated #0: 20 -->
ph
n1=en:gill - british unit of measure | n2=ph | rel=r_associated | relid=0 | w=20
- en:gill - us unit of measure ---
r_associated #0: 20 -->
ph
n1=en:gill - us unit of measure | n2=ph | rel=r_associated | relid=0 | w=20
- en:gon ---
r_associated #0: 20 -->
ph
n1=en:gon | n2=ph | rel=r_associated | relid=0 | w=20
- en:grain ---
r_associated #0: 20 -->
ph
n1=en:grain | n2=ph | rel=r_associated | relid=0 | w=20
- en:gram ---
r_associated #0: 20 -->
ph
n1=en:gram | n2=ph | rel=r_associated | relid=0 | w=20
- en:gram per deciliter ---
r_associated #0: 20 -->
ph
n1=en:gram per deciliter | n2=ph | rel=r_associated | relid=0 | w=20
- en:gram-force ---
r_associated #0: 20 -->
ph
n1=en:gram-force | n2=ph | rel=r_associated | relid=0 | w=20
- en:gray ---
r_associated #0: 20 -->
ph
n1=en:gray | n2=ph | rel=r_associated | relid=0 | w=20
- en:gunter's chain british ---
r_associated #0: 20 -->
ph
n1=en:gunter's chain british | n2=ph | rel=r_associated | relid=0 | w=20
- en:gunter's chain usa ---
r_associated #0: 20 -->
ph
n1=en:gunter's chain usa | n2=ph | rel=r_associated | relid=0 | w=20
- en:half life ---
r_associated #0: 20 -->
ph
n1=en:half life | n2=ph | rel=r_associated | relid=0 | w=20
- en:hand unit of length ---
r_associated #0: 20 -->
ph
n1=en:hand unit of length | n2=ph | rel=r_associated | relid=0 | w=20
- en:hard ---
r_associated #0: 20 -->
ph
n1=en:hard | n2=ph | rel=r_associated | relid=0 | w=20
- en:henry ---
r_associated #0: 20 -->
ph
n1=en:henry | n2=ph | rel=r_associated | relid=0 | w=20
- en:hertz ---
r_associated #0: 20 -->
ph
n1=en:hertz | n2=ph | rel=r_associated | relid=0 | w=20
- en:high power field ---
r_associated #0: 20 -->
ph
n1=en:high power field | n2=ph | rel=r_associated | relid=0 | w=20
- en:hounsfield unit ---
r_associated #0: 20 -->
ph
n1=en:hounsfield unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:hour ---
r_associated #0: 20 -->
ph
n1=en:hour | n2=ph | rel=r_associated | relid=0 | w=20
- en:hydration ---
r_associated #0: 20 -->
ph
n1=en:hydration | n2=ph | rel=r_associated | relid=0 | w=20
- en:hydrogen ion concentration measurement ---
r_associated #0: 20 -->
ph
n1=en:hydrogen ion concentration measurement | n2=ph | rel=r_associated | relid=0 | w=20
- en:hydrostatic pressure ---
r_associated #0: 20 -->
ph
n1=en:hydrostatic pressure | n2=ph | rel=r_associated | relid=0 | w=20
- en:igg phospholipid unit ---
r_associated #0: 20 -->
ph
n1=en:igg phospholipid unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:igm phospholipid unit ---
r_associated #0: 20 -->
ph
n1=en:igm phospholipid unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:image spill-in ---
r_associated #0: 20 -->
ph
n1=en:image spill-in | n2=ph | rel=r_associated | relid=0 | w=20
- en:image spillover ---
r_associated #0: 20 -->
ph
n1=en:image spillover | n2=ph | rel=r_associated | relid=0 | w=20
- en:inch ---
r_associated #0: 20 -->
ph
n1=en:inch | n2=ph | rel=r_associated | relid=0 | w=20
- en:inch british ---
r_associated #0: 20 -->
ph
n1=en:inch british | n2=ph | rel=r_associated | relid=0 | w=20
- en:inch of mercury column ---
r_associated #0: 20 -->
ph
n1=en:inch of mercury column | n2=ph | rel=r_associated | relid=0 | w=20
- en:inch of water column ---
r_associated #0: 20 -->
ph
n1=en:inch of water column | n2=ph | rel=r_associated | relid=0 | w=20
- en:interfacial phenomenon ---
r_associated #0: 20 -->
ph
n1=en:interfacial phenomenon | n2=ph | rel=r_associated | relid=0 | w=20
- en:international foot ---
r_associated #0: 20 -->
ph
n1=en:international foot | n2=ph | rel=r_associated | relid=0 | w=20
- en:international steam table calorie ---
r_associated #0: 20 -->
ph
n1=en:international steam table calorie | n2=ph | rel=r_associated | relid=0 | w=20
- en:international unit ---
r_associated #0: 20 -->
ph
n1=en:international unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:intracellular ph ---
r_associated #0: 20 -->
ph
n1=en:intracellular ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:ionization ---
r_associated #0: 20 -->
ph
n1=en:ionization | n2=ph | rel=r_associated | relid=0 | w=20
- en:isoelectric point ---
r_associated #0: 20 -->
ph
n1=en:isoelectric point | n2=ph | rel=r_associated | relid=0 | w=20
- en:isotropy ---
r_associated #0: 20 -->
ph
n1=en:isotropy | n2=ph | rel=r_associated | relid=0 | w=20
- en:joule ---
r_associated #0: 20 -->
ph
n1=en:joule | n2=ph | rel=r_associated | relid=0 | w=20
- en:kat_per_l ---
r_associated #0: 20 -->
ph
n1=en:kat_per_l | n2=ph | rel=r_associated | relid=0 | w=20
- en:katal ---
r_associated #0: 20 -->
ph
n1=en:katal | n2=ph | rel=r_associated | relid=0 | w=20
- en:kayser ---
r_associated #0: 20 -->
ph
n1=en:kayser | n2=ph | rel=r_associated | relid=0 | w=20
- en:kilovolt peak ---
r_associated #0: 20 -->
ph
n1=en:kilovolt peak | n2=ph | rel=r_associated | relid=0 | w=20
- en:king-armstrong unit ---
r_associated #0: 20 -->
ph
n1=en:king-armstrong unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:km ---
r_associated #0: 20 -->
ph
n1=en:km | n2=ph | rel=r_associated | relid=0 | w=20
- en:knot (unit) ---
r_associated #0: 20 -->
ph
n1=en:knot (unit) | n2=ph | rel=r_associated | relid=0 | w=20
- en:knot - british unit ---
r_associated #0: 20 -->
ph
n1=en:knot - british unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:kunkel unit ---
r_associated #0: 20 -->
ph
n1=en:kunkel unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:lambert ---
r_associated #0: 20 -->
ph
n1=en:lambert | n2=ph | rel=r_associated | relid=0 | w=20
- en:light-year ---
r_associated #0: 20 -->
ph
n1=en:light-year | n2=ph | rel=r_associated | relid=0 | w=20
- en:ligne ---
r_associated #0: 20 -->
ph
n1=en:ligne | n2=ph | rel=r_associated | relid=0 | w=20
- en:line unit of length ---
r_associated #0: 20 -->
ph
n1=en:line unit of length | n2=ph | rel=r_associated | relid=0 | w=20
- en:link for gunter's chain british ---
r_associated #0: 20 -->
ph
n1=en:link for gunter's chain british | n2=ph | rel=r_associated | relid=0 | w=20
- en:link for gunter's chain usa ---
r_associated #0: 20 -->
ph
n1=en:link for gunter's chain usa | n2=ph | rel=r_associated | relid=0 | w=20
- en:link for ramsden's chain ---
r_associated #0: 20 -->
ph
n1=en:link for ramsden's chain | n2=ph | rel=r_associated | relid=0 | w=20
- en:liquid ---
r_associated #0: 20 -->
ph
n1=en:liquid | n2=ph | rel=r_associated | relid=0 | w=20
- en:liter ---
r_associated #0: 20 -->
ph
n1=en:liter | n2=ph | rel=r_associated | relid=0 | w=20
- en:long hunderdweight (british) ---
r_associated #0: 20 -->
ph
n1=en:long hunderdweight (british) | n2=ph | rel=r_associated | relid=0 | w=20
- en:long ton (british) ---
r_associated #0: 20 -->
ph
n1=en:long ton (british) | n2=ph | rel=r_associated | relid=0 | w=20
- en:low power field ---
r_associated #0: 20 -->
ph
n1=en:low power field | n2=ph | rel=r_associated | relid=0 | w=20
- en:lumen ---
r_associated #0: 20 -->
ph
n1=en:lumen | n2=ph | rel=r_associated | relid=0 | w=20
- en:luminescence ---
r_associated #0: 20 -->
ph
n1=en:luminescence | n2=ph | rel=r_associated | relid=0 | w=20
- en:lux ---
r_associated #0: 20 -->
ph
n1=en:lux | n2=ph | rel=r_associated | relid=0 | w=20
- en:mac lagan unit ---
r_associated #0: 20 -->
ph
n1=en:mac lagan unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:magnetism ---
r_associated #0: 20 -->
ph
n1=en:magnetism | n2=ph | rel=r_associated | relid=0 | w=20
- en:mass-to-charge ratio ---
r_associated #0: 20 -->
ph
n1=en:mass-to-charge ratio | n2=ph | rel=r_associated | relid=0 | w=20
- en:material absorption ---
r_associated #0: 20 -->
ph
n1=en:material absorption | n2=ph | rel=r_associated | relid=0 | w=20
- en:maxwell ---
r_associated #0: 20 -->
ph
n1=en:maxwell | n2=ph | rel=r_associated | relid=0 | w=20
- en:mean calorie ---
r_associated #0: 20 -->
ph
n1=en:mean calorie | n2=ph | rel=r_associated | relid=0 | w=20
- en:mechanical pressure ---
r_associated #0: 20 -->
ph
n1=en:mechanical pressure | n2=ph | rel=r_associated | relid=0 | w=20
- en:mechanical processes ---
r_associated #0: 20 -->
ph
n1=en:mechanical processes | n2=ph | rel=r_associated | relid=0 | w=20
- en:medium ---
r_associated #0: 20 -->
ph
n1=en:medium | n2=ph | rel=r_associated | relid=0 | w=20
- en:melting point ---
r_associated #0: 20 -->
ph
n1=en:melting point | n2=ph | rel=r_associated | relid=0 | w=20
- en:membrane potential ---
r_associated #0: 20 -->
ph
n1=en:membrane potential | n2=ph | rel=r_associated | relid=0 | w=20
- en:mesh ---
r_associated #0: 20 -->
ph
n1=en:mesh | n2=ph | rel=r_associated | relid=0 | w=20
- en:metabolic equivalent unit of measure ---
r_associated #0: 20 -->
ph
n1=en:metabolic equivalent unit of measure | n2=ph | rel=r_associated | relid=0 | w=20
- en:meter of mercury column ---
r_associated #0: 20 -->
ph
n1=en:meter of mercury column | n2=ph | rel=r_associated | relid=0 | w=20
- en:meter of water column ---
r_associated #0: 20 -->
ph
n1=en:meter of water column | n2=ph | rel=r_associated | relid=0 | w=20
- en:mg_per_kg_per_day ---
r_associated #0: 20 -->
ph
n1=en:mg_per_kg_per_day | n2=ph | rel=r_associated | relid=0 | w=20
- en:mil ---
r_associated #0: 20 -->
ph
n1=en:mil | n2=ph | rel=r_associated | relid=0 | w=20
- en:mile british ---
r_associated #0: 20 -->
ph
n1=en:mile british | n2=ph | rel=r_associated | relid=0 | w=20
- en:minim ---
r_associated #0: 20 -->
ph
n1=en:minim | n2=ph | rel=r_associated | relid=0 | w=20
- en:minim british ---
r_associated #0: 20 -->
ph
n1=en:minim british | n2=ph | rel=r_associated | relid=0 | w=20
- en:minute ---
r_associated #0: 20 -->
ph
n1=en:minute | n2=ph | rel=r_associated | relid=0 | w=20
- en:minute unit of plane angle ---
r_associated #0: 20 -->
ph
n1=en:minute unit of plane angle | n2=ph | rel=r_associated | relid=0 | w=20
- en:ml_per_kg ---
r_associated #0: 20 -->
ph
n1=en:ml_per_kg | n2=ph | rel=r_associated | relid=0 | w=20
- en:mole ---
r_associated #0: 20 -->
ph
n1=en:mole | n2=ph | rel=r_associated | relid=0 | w=20
- en:molecular mass ---
r_associated #0: 20 -->
ph
n1=en:molecular mass | n2=ph | rel=r_associated | relid=0 | w=20
- en:month ---
r_associated #0: 20 -->
ph
n1=en:month | n2=ph | rel=r_associated | relid=0 | w=20
- en:month (gregorian) ---
r_associated #0: 20 -->
ph
n1=en:month (gregorian) | n2=ph | rel=r_associated | relid=0 | w=20
- en:month (julian) ---
r_associated #0: 20 -->
ph
n1=en:month (julian) | n2=ph | rel=r_associated | relid=0 | w=20
- en:month (synodal) ---
r_associated #0: 20 -->
ph
n1=en:month (synodal) | n2=ph | rel=r_associated | relid=0 | w=20
- en:mosm_per_kg_h2o ---
r_associated #0: 20 -->
ph
n1=en:mosm_per_kg_h2o | n2=ph | rel=r_associated | relid=0 | w=20
- en:motion ---
r_associated #0: 20 -->
ph
n1=en:motion | n2=ph | rel=r_associated | relid=0 | w=20
- en:nanoparticle surface characteristic ---
r_associated #0: 20 -->
ph
n1=en:nanoparticle surface characteristic | n2=ph | rel=r_associated | relid=0 | w=20
- en:nanoparticle topology ---
r_associated #0: 20 -->
ph
n1=en:nanoparticle topology | n2=ph | rel=r_associated | relid=0 | w=20
- en:nanopore ---
r_associated #0: 20 -->
ph
n1=en:nanopore | n2=ph | rel=r_associated | relid=0 | w=20
- en:nanoscale phenomena ---
r_associated #0: 20 -->
ph
n1=en:nanoscale phenomena | n2=ph | rel=r_associated | relid=0 | w=20
- en:nautical mile ---
r_associated #0: 20 -->
ph
n1=en:nautical mile | n2=ph | rel=r_associated | relid=0 | w=20
- en:nautical mile british ---
r_associated #0: 20 -->
ph
n1=en:nautical mile british | n2=ph | rel=r_associated | relid=0 | w=20
- en:neper ---
r_associated #0: 20 -->
ph
n1=en:neper | n2=ph | rel=r_associated | relid=0 | w=20
- en:neutral ph ---
r_associated #0: 20 -->
ph
n1=en:neutral ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:neutralization (chemistry) ---
r_associated #0: 20 -->
ph
n1=en:neutralization (chemistry) | n2=ph | rel=r_associated | relid=0 | w=20
- en:newton ---
r_associated #0: 20 -->
ph
n1=en:newton | n2=ph | rel=r_associated | relid=0 | w=20
- en:newtonian constant of gravitation ---
r_associated #0: 20 -->
ph
n1=en:newtonian constant of gravitation | n2=ph | rel=r_associated | relid=0 | w=20
- en:nuclear energy ---
r_associated #0: 20 -->
ph
n1=en:nuclear energy | n2=ph | rel=r_associated | relid=0 | w=20
- en:nuclear magnetic resonance ---
r_associated #0: 20 -->
ph
n1=en:nuclear magnetic resonance | n2=ph | rel=r_associated | relid=0 | w=20
- en:oersted ---
r_associated #0: 20 -->
ph
n1=en:oersted | n2=ph | rel=r_associated | relid=0 | w=20
- en:ohm ---
r_associated #0: 20 -->
ph
n1=en:ohm | n2=ph | rel=r_associated | relid=0 | w=20
- en:optical processes ---
r_associated #0: 20 -->
ph
n1=en:optical processes | n2=ph | rel=r_associated | relid=0 | w=20
- en:optical rotation ---
r_associated #0: 20 -->
ph
n1=en:optical rotation | n2=ph | rel=r_associated | relid=0 | w=20
- en:osmolality ---
r_associated #0: 20 -->
ph
n1=en:osmolality | n2=ph | rel=r_associated | relid=0 | w=20
- en:osmole (dissolved particles) ---
r_associated #0: 20 -->
ph
n1=en:osmole (dissolved particles) | n2=ph | rel=r_associated | relid=0 | w=20
- en:osmosis ---
r_associated #0: 20 -->
ph
n1=en:osmosis | n2=ph | rel=r_associated | relid=0 | w=20
- en:osmotic pressure ---
r_associated #0: 20 -->
ph
n1=en:osmotic pressure | n2=ph | rel=r_associated | relid=0 | w=20
- en:ounce ---
r_associated #0: 20 -->
ph
n1=en:ounce | n2=ph | rel=r_associated | relid=0 | w=20
- en:oxidation-reduction potential ---
r_associated #0: 20 -->
ph
n1=en:oxidation-reduction potential | n2=ph | rel=r_associated | relid=0 | w=20
- en:pace unit of measure ---
r_associated #0: 20 -->
ph
n1=en:pace unit of measure | n2=ph | rel=r_associated | relid=0 | w=20
- en:parsec ---
r_associated #0: 20 -->
ph
n1=en:parsec | n2=ph | rel=r_associated | relid=0 | w=20
- en:part per billion ---
r_associated #0: 20 -->
ph
n1=en:part per billion | n2=ph | rel=r_associated | relid=0 | w=20
- en:part per million ---
r_associated #0: 20 -->
ph
n1=en:part per million | n2=ph | rel=r_associated | relid=0 | w=20
- en:part per thousand ---
r_associated #0: 20 -->
ph
n1=en:part per thousand | n2=ph | rel=r_associated | relid=0 | w=20
- en:part per trillion ---
r_associated #0: 20 -->
ph
n1=en:part per trillion | n2=ph | rel=r_associated | relid=0 | w=20
- en:particle concentration ---
r_associated #0: 20 -->
ph
n1=en:particle concentration | n2=ph | rel=r_associated | relid=0 | w=20
- en:pascal ---
r_associated #0: 20 -->
ph
n1=en:pascal | n2=ph | rel=r_associated | relid=0 | w=20
- en:peck (british) ---
r_associated #0: 20 -->
ph
n1=en:peck (british) | n2=ph | rel=r_associated | relid=0 | w=20
- en:peck (u.s.) ---
r_associated #0: 20 -->
ph
n1=en:peck (u.s.) | n2=ph | rel=r_associated | relid=0 | w=20
- en:pennyweight ---
r_associated #0: 20 -->
ph
n1=en:pennyweight | n2=ph | rel=r_associated | relid=0 | w=20
- en:percent unit ---
r_associated #0: 20 -->
ph
n1=en:percent unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:percent_confluence ---
r_associated #0: 20 -->
ph
n1=en:percent_confluence | n2=ph | rel=r_associated | relid=0 | w=20
- en:percent_purity ---
r_associated #0: 20 -->
ph
n1=en:percent_purity | n2=ph | rel=r_associated | relid=0 | w=20
- en:peripheral vascular resistance unit ---
r_associated #0: 20 -->
ph
n1=en:peripheral vascular resistance unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:permeability of vacuum ---
r_associated #0: 20 -->
ph
n1=en:permeability of vacuum | n2=ph | rel=r_associated | relid=0 | w=20
- en:pfu_per_ml ---
r_associated #0: 20 -->
ph
n1=en:pfu_per_ml | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph body fluid ---
r_associated #0: 20 -->
ph
n1=en:ph body fluid | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph homeostasis ---
r_associated #0: 20 -->
ph
n1=en:ph homeostasis | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph+ (photo patch test skin reaction grade) ---
r_associated #0: 20 -->
ph
n1=en:ph+ (photo patch test skin reaction grade) | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:log substance concentration:point in time:cerebral spinal fluid:quantitative ---
r_associated #0: 20 -->
ph
n1=en:ph:log substance concentration:point in time:cerebral spinal fluid:quantitative | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:log substance concentration:point in time:gastric fluid/contents:quantitative ---
r_associated #0: 20 -->
ph
n1=en:ph:log substance concentration:point in time:gastric fluid/contents:quantitative | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:log substance concentration:point in time:stool = fecal:quantitative ---
r_associated #0: 20 -->
ph
n1=en:ph:log substance concentration:point in time:stool = fecal:quantitative | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:24h:urine:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:24h:urine:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:24h:urine:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:24h:urine:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:2h:urine:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:2h:urine:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:4h:urine:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:4h:urine:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:^bpu:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:^bpu:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:amnio fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:amnio fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bil fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bil fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:blda:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:blda:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldc:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldc:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldc^fetus:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldc^fetus:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldco:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldco:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldcoa:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldcoa:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldcov:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldcov:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldmv:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldmv:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:bldv:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:bldv:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:body fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:body fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:body fld:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:body fld:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:cvm:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:cvm:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:dial fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:dial fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:flu.nonbiological:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:flu.nonbiological:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:ocular fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:ocular fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:pericard fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:pericard fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:pericard fld:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:pericard fld:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:periton fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:periton fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:periton fld:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:periton fld:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:plr fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:plr fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:plr fld:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:plr fld:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:saliva:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:saliva:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:semen:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:semen:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:ser/plas:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:ser/plas:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:synv fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:synv fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:synv fld:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:synv fld:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:tpn:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:tpn:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:urine:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:urine:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:urine:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:urine:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:urine:qn:test strip.automated ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:urine:qn:test strip.automated | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:vag:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:vag:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:vag:qn:test strip ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:vag:qn:test strip | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:vitr fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:vitr fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:water:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:water:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph:lscnc:pt:xxx:qn ---
r_associated #0: 20 -->
ph
n1=en:ph:lscnc:pt:xxx:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^1st specimen post dose sincalide:lscnc:pt:body fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^1st specimen post dose sincalide:lscnc:pt:body fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^2nd specimen post dose sincalide:lscnc:pt:body fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^2nd specimen post dose sincalide:lscnc:pt:body fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^3rd specimen post dose sincalide:lscnc:pt:body fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^3rd specimen post dose sincalide:lscnc:pt:body fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^4th specimen post dose sincalide:lscnc:pt:body fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^4th specimen post dose sincalide:lscnc:pt:body fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^5th specimen post dose sincalide:lscnc:pt:body fld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^5th specimen post dose sincalide:lscnc:pt:body fld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bld:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bld:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:blda:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:blda:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldc:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldc:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldco:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldco:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcoa:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcoa:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcov:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldcov:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldmv:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldmv:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldv:qn ---
r_associated #0: 20 -->
ph
n1=en:ph^^adjusted to patient's actual temperature:lscnc:pt:bldv:qn | n2=ph | rel=r_associated | relid=0 | w=20
- en:phase change ---
r_associated #0: 20 -->
ph
n1=en:phase change | n2=ph | rel=r_associated | relid=0 | w=20
- en:phase transition ---
r_associated #0: 20 -->
ph
n1=en:phase transition | n2=ph | rel=r_associated | relid=0 | w=20
- en:physical composition ---
r_associated #0: 20 -->
ph
n1=en:physical composition | n2=ph | rel=r_associated | relid=0 | w=20
- en:physical contact ---
r_associated #0: 20 -->
ph
n1=en:physical contact | n2=ph | rel=r_associated | relid=0 | w=20
- en:physical state ---
r_associated #0: 20 -->
ph
n1=en:physical state | n2=ph | rel=r_associated | relid=0 | w=20
- en:physical state change ---
r_associated #0: 20 -->
ph
n1=en:physical state change | n2=ph | rel=r_associated | relid=0 | w=20
- en:physical symmetry ---
r_associated #0: 20 -->
ph
n1=en:physical symmetry | n2=ph | rel=r_associated | relid=0 | w=20
- en:pica ---
r_associated #0: 20 -->
ph
n1=en:pica | n2=ph | rel=r_associated | relid=0 | w=20
- en:pied ---
r_associated #0: 20 -->
ph
n1=en:pied | n2=ph | rel=r_associated | relid=0 | w=20
- en:pint ---
r_associated #0: 20 -->
ph
n1=en:pint | n2=ph | rel=r_associated | relid=0 | w=20
- en:pint british ---
r_associated #0: 20 -->
ph
n1=en:pint british | n2=ph | rel=r_associated | relid=0 | w=20
- en:planck constant ---
r_associated #0: 20 -->
ph
n1=en:planck constant | n2=ph | rel=r_associated | relid=0 | w=20
- en:point name ---
r_associated #0: 20 -->
ph
n1=en:point name | n2=ph | rel=r_associated | relid=0 | w=20
- en:poise unit ---
r_associated #0: 20 -->
ph
n1=en:poise unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:polyvalence ---
r_associated #0: 20 -->
ph
n1=en:polyvalence | n2=ph | rel=r_associated | relid=0 | w=20
- en:potential energy ---
r_associated #0: 20 -->
ph
n1=en:potential energy | n2=ph | rel=r_associated | relid=0 | w=20
- en:pouce ---
r_associated #0: 20 -->
ph
n1=en:pouce | n2=ph | rel=r_associated | relid=0 | w=20
- en:pound ---
r_associated #0: 20 -->
ph
n1=en:pound | n2=ph | rel=r_associated | relid=0 | w=20
- en:pound per square inch ---
r_associated #0: 20 -->
ph
n1=en:pound per square inch | n2=ph | rel=r_associated | relid=0 | w=20
- en:pound-force ---
r_associated #0: 20 -->
ph
n1=en:pound-force | n2=ph | rel=r_associated | relid=0 | w=20
- en:pressure ---
r_associated #0: 20 -->
ph
n1=en:pressure | n2=ph | rel=r_associated | relid=0 | w=20
- en:printers pica ---
r_associated #0: 20 -->
ph
n1=en:printers pica | n2=ph | rel=r_associated | relid=0 | w=20
- en:printers point ---
r_associated #0: 20 -->
ph
n1=en:printers point | n2=ph | rel=r_associated | relid=0 | w=20
- en:process of absorption ---
r_associated #0: 20 -->
ph
n1=en:process of absorption | n2=ph | rel=r_associated | relid=0 | w=20
- en:proton ---
r_associated #0: 20 -->
ph
n1=en:proton | n2=ph | rel=r_associated | relid=0 | w=20
- en:proton mass ---
r_associated #0: 20 -->
ph
n1=en:proton mass | n2=ph | rel=r_associated | relid=0 | w=20
- en:pulse ---
r_associated #0: 20 -->
ph
n1=en:pulse | n2=ph | rel=r_associated | relid=0 | w=20
- en:purity ---
r_associated #0: 20 -->
ph
n1=en:purity | n2=ph | rel=r_associated | relid=0 | w=20
- en:quart ---
r_associated #0: 20 -->
ph
n1=en:quart | n2=ph | rel=r_associated | relid=0 | w=20
- en:quart british ---
r_associated #0: 20 -->
ph
n1=en:quart british | n2=ph | rel=r_associated | relid=0 | w=20
- en:rad ---
r_associated #0: 20 -->
ph
n1=en:rad | n2=ph | rel=r_associated | relid=0 | w=20
- en:radian ---
r_associated #0: 20 -->
ph
n1=en:radian | n2=ph | rel=r_associated | relid=0 | w=20
- en:radiation ---
r_associated #0: 20 -->
ph
n1=en:radiation | n2=ph | rel=r_associated | relid=0 | w=20
- en:radioactivity ---
r_associated #0: 20 -->
ph
n1=en:radioactivity | n2=ph | rel=r_associated | relid=0 | w=20
- en:radiolucency ---
r_associated #0: 20 -->
ph
n1=en:radiolucency | n2=ph | rel=r_associated | relid=0 | w=20
- en:radionuclide specific activity ---
r_associated #0: 20 -->
ph
n1=en:radionuclide specific activity | n2=ph | rel=r_associated | relid=0 | w=20
- en:rem ---
r_associated #0: 20 -->
ph
n1=en:rem | n2=ph | rel=r_associated | relid=0 | w=20
- en:rod us ---
r_associated #0: 20 -->
ph
n1=en:rod us | n2=ph | rel=r_associated | relid=0 | w=20
- en:roentgen ---
r_associated #0: 20 -->
ph
n1=en:roentgen | n2=ph | rel=r_associated | relid=0 | w=20
- en:saturation ---
r_associated #0: 20 -->
ph
n1=en:saturation | n2=ph | rel=r_associated | relid=0 | w=20
- en:scattering, radiation ---
r_associated #0: 20 -->
ph
n1=en:scattering, radiation | n2=ph | rel=r_associated | relid=0 | w=20
- en:scintillation ---
r_associated #0: 20 -->
ph
n1=en:scintillation | n2=ph | rel=r_associated | relid=0 | w=20
- en:second ---
r_associated #0: 20 -->
ph
n1=en:second | n2=ph | rel=r_associated | relid=0 | w=20
- en:sedimentation equilibrium ---
r_associated #0: 20 -->
ph
n1=en:sedimentation equilibrium | n2=ph | rel=r_associated | relid=0 | w=20
- en:sedimentation process ---
r_associated #0: 20 -->
ph
n1=en:sedimentation process | n2=ph | rel=r_associated | relid=0 | w=20
- en:sedimentation velocity ---
r_associated #0: 20 -->
ph
n1=en:sedimentation velocity | n2=ph | rel=r_associated | relid=0 | w=20
- en:sensitivity ---
r_associated #0: 20 -->
ph
n1=en:sensitivity | n2=ph | rel=r_associated | relid=0 | w=20
- en:short hundredweight (u.s.) ---
r_associated #0: 20 -->
ph
n1=en:short hundredweight (u.s.) | n2=ph | rel=r_associated | relid=0 | w=20
- en:short ton (u.s.) ---
r_associated #0: 20 -->
ph
n1=en:short ton (u.s.) | n2=ph | rel=r_associated | relid=0 | w=20
- en:siemens ---
r_associated #0: 20 -->
ph
n1=en:siemens | n2=ph | rel=r_associated | relid=0 | w=20
- en:sievert ---
r_associated #0: 20 -->
ph
n1=en:sievert | n2=ph | rel=r_associated | relid=0 | w=20
- en:solubility ---
r_associated #0: 20 -->
ph
n1=en:solubility | n2=ph | rel=r_associated | relid=0 | w=20
- en:somogyi unit ---
r_associated #0: 20 -->
ph
n1=en:somogyi unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:sound ---
r_associated #0: 20 -->
ph
n1=en:sound | n2=ph | rel=r_associated | relid=0 | w=20
- en:spere ---
r_associated #0: 20 -->
ph
n1=en:spere | n2=ph | rel=r_associated | relid=0 | w=20
- en:square foot ---
r_associated #0: 20 -->
ph
n1=en:square foot | n2=ph | rel=r_associated | relid=0 | w=20
- en:square inch ---
r_associated #0: 20 -->
ph
n1=en:square inch | n2=ph | rel=r_associated | relid=0 | w=20
- en:square mile ---
r_associated #0: 20 -->
ph
n1=en:square mile | n2=ph | rel=r_associated | relid=0 | w=20
- en:square rod ---
r_associated #0: 20 -->
ph
n1=en:square rod | n2=ph | rel=r_associated | relid=0 | w=20
- en:square yard ---
r_associated #0: 20 -->
ph
n1=en:square yard | n2=ph | rel=r_associated | relid=0 | w=20
- en:standard gibbs free energy change ---
r_associated #0: 20 -->
ph
n1=en:standard gibbs free energy change | n2=ph | rel=r_associated | relid=0 | w=20
- en:standard transformed enthalpy change ---
r_associated #0: 20 -->
ph
n1=en:standard transformed enthalpy change | n2=ph | rel=r_associated | relid=0 | w=20
- en:standard transformed entropy change ---
r_associated #0: 20 -->
ph
n1=en:standard transformed entropy change | n2=ph | rel=r_associated | relid=0 | w=20
- en:stere ---
r_associated #0: 20 -->
ph
n1=en:stere | n2=ph | rel=r_associated | relid=0 | w=20
- en:stilb ---
r_associated #0: 20 -->
ph
n1=en:stilb | n2=ph | rel=r_associated | relid=0 | w=20
- en:stoichiometry ---
r_associated #0: 20 -->
ph
n1=en:stoichiometry | n2=ph | rel=r_associated | relid=0 | w=20
- en:stokes ---
r_associated #0: 20 -->
ph
n1=en:stokes | n2=ph | rel=r_associated | relid=0 | w=20
- en:stone (british) ---
r_associated #0: 20 -->
ph
n1=en:stone (british) | n2=ph | rel=r_associated | relid=0 | w=20
- en:streadian ---
r_associated #0: 20 -->
ph
n1=en:streadian | n2=ph | rel=r_associated | relid=0 | w=20
- en:stress, mechanical ---
r_associated #0: 20 -->
ph
n1=en:stress, mechanical | n2=ph | rel=r_associated | relid=0 | w=20
- en:subatomic particle ---
r_associated #0: 20 -->
ph
n1=en:subatomic particle | n2=ph | rel=r_associated | relid=0 | w=20
- en:sulfation ---
r_associated #0: 20 -->
ph
n1=en:sulfation | n2=ph | rel=r_associated | relid=0 | w=20
- en:surface plasmon resonance ---
r_associated #0: 20 -->
ph
n1=en:surface plasmon resonance | n2=ph | rel=r_associated | relid=0 | w=20
- en:surface properties ---
r_associated #0: 20 -->
ph
n1=en:surface properties | n2=ph | rel=r_associated | relid=0 | w=20
- en:survey foot ---
r_associated #0: 20 -->
ph
n1=en:survey foot | n2=ph | rel=r_associated | relid=0 | w=20
- en:survey inch ---
r_associated #0: 20 -->
ph
n1=en:survey inch | n2=ph | rel=r_associated | relid=0 | w=20
- en:survey mil ---
r_associated #0: 20 -->
ph
n1=en:survey mil | n2=ph | rel=r_associated | relid=0 | w=20
- en:survey mile ---
r_associated #0: 20 -->
ph
n1=en:survey mile | n2=ph | rel=r_associated | relid=0 | w=20
- en:survey yard ---
r_associated #0: 20 -->
ph
n1=en:survey yard | n2=ph | rel=r_associated | relid=0 | w=20
- en:suspension ---
r_associated #0: 20 -->
ph
n1=en:suspension | n2=ph | rel=r_associated | relid=0 | w=20
- en:svedberg unit ---
r_associated #0: 20 -->
ph
n1=en:svedberg unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:tablespoon dosing unit ---
r_associated #0: 20 -->
ph
n1=en:tablespoon dosing unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:teaspoonful ---
r_associated #0: 20 -->
ph
n1=en:teaspoonful | n2=ph | rel=r_associated | relid=0 | w=20
- en:temperature ---
r_associated #0: 20 -->
ph
n1=en:temperature | n2=ph | rel=r_associated | relid=0 | w=20
- en:temperature change ---
r_associated #0: 20 -->
ph
n1=en:temperature change | n2=ph | rel=r_associated | relid=0 | w=20
- en:ten, for arbitrary powers ---
r_associated #0: 20 -->
ph
n1=en:ten, for arbitrary powers | n2=ph | rel=r_associated | relid=0 | w=20
- en:tensile strength ---
r_associated #0: 20 -->
ph
n1=en:tensile strength | n2=ph | rel=r_associated | relid=0 | w=20
- en:tesla ---
r_associated #0: 20 -->
ph
n1=en:tesla | n2=ph | rel=r_associated | relid=0 | w=20
- en:texture ---
r_associated #0: 20 -->
ph
n1=en:texture | n2=ph | rel=r_associated | relid=0 | w=20
- en:the number pi ---
r_associated #0: 20 -->
ph
n1=en:the number pi | n2=ph | rel=r_associated | relid=0 | w=20
- en:thermochemical calorie ---
r_associated #0: 20 -->
ph
n1=en:thermochemical calorie | n2=ph | rel=r_associated | relid=0 | w=20
- en:time of flight ---
r_associated #0: 20 -->
ph
n1=en:time of flight | n2=ph | rel=r_associated | relid=0 | w=20
- en:todd unit ---
r_associated #0: 20 -->
ph
n1=en:todd unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:ton ---
r_associated #0: 20 -->
ph
n1=en:ton | n2=ph | rel=r_associated | relid=0 | w=20
- en:township ---
r_associated #0: 20 -->
ph
n1=en:township | n2=ph | rel=r_associated | relid=0 | w=20
- en:tuberculin unit ---
r_associated #0: 20 -->
ph
n1=en:tuberculin unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:tumor ph ---
r_associated #0: 20 -->
ph
n1=en:tumor ph | n2=ph | rel=r_associated | relid=0 | w=20
- en:ucum terminology ---
r_associated #0: 20 -->
ph
n1=en:ucum terminology | n2=ph | rel=r_associated | relid=0 | w=20
- en:ultrasound ---
r_associated #0: 20 -->
ph
n1=en:ultrasound | n2=ph | rel=r_associated | relid=0 | w=20
- en:unified atomic mass unit ---
r_associated #0: 20 -->
ph
n1=en:unified atomic mass unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:unit ---
r_associated #0: 20 -->
ph
n1=en:unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:united states pharmacopeia unit ---
r_associated #0: 20 -->
ph
n1=en:united states pharmacopeia unit | n2=ph | rel=r_associated | relid=0 | w=20
- en:unitofmeasureatominsens ---
r_associated #0: 20 -->
ph
n1=en:unitofmeasureatominsens | n2=ph | rel=r_associated | relid=0 | w=20
- en:unitofmeasureatomsens ---
r_associated #0: 20 -->
ph
n1=en:unitofmeasureatomsens | n2=ph | rel=r_associated | relid=0 | w=20
- en:units of measure - section ---
r_associated #0: 20 -->
ph
n1=en:units of measure - section | n2=ph | rel=r_associated | relid=0 | w=20
- en:urine ph measurement ---
r_associated #0: 20 -->
ph
n1=en:urine ph measurement | n2=ph | rel=r_associated | relid=0 | w=20
- en:velocity of light ---
r_associated #0: 20 -->
ph
n1=en:velocity of light | n2=ph | rel=r_associated | relid=0 | w=20
- en:vibration - physical agent ---
r_associated #0: 20 -->
ph
n1=en:vibration - physical agent | n2=ph | rel=r_associated | relid=0 | w=20
- en:viscosity ---
r_associated #0: 20 -->
ph
n1=en:viscosity | n2=ph | rel=r_associated | relid=0 | w=20
- en:vmax ---
r_associated #0: 20 -->
ph
n1=en:vmax | n2=ph | rel=r_associated | relid=0 | w=20
- en:volt ---
r_associated #0: 20 -->
ph
n1=en:volt | n2=ph | rel=r_associated | relid=0 | w=20
- en:voltage ---
r_associated #0: 20 -->
ph
n1=en:voltage | n2=ph | rel=r_associated | relid=0 | w=20
- en:watt ---
r_associated #0: 20 -->
ph
n1=en:watt | n2=ph | rel=r_associated | relid=0 | w=20
- en:weber ---
r_associated #0: 20 -->
ph
n1=en:weber | n2=ph | rel=r_associated | relid=0 | w=20
- en:week ---
r_associated #0: 20 -->
ph
n1=en:week | n2=ph | rel=r_associated | relid=0 | w=20
- en:winchester gallon (historical) ---
r_associated #0: 20 -->
ph
n1=en:winchester gallon (historical) | n2=ph | rel=r_associated | relid=0 | w=20
- en:x_times ---
r_associated #0: 20 -->
ph
n1=en:x_times | n2=ph | rel=r_associated | relid=0 | w=20
- en:yard ---
r_associated #0: 20 -->
ph
n1=en:yard | n2=ph | rel=r_associated | relid=0 | w=20
- en:yard british ---
r_associated #0: 20 -->
ph
n1=en:yard british | n2=ph | rel=r_associated | relid=0 | w=20
- en:year ---
r_associated #0: 20 -->
ph
n1=en:year | n2=ph | rel=r_associated | relid=0 | w=20
- en:year (mean gregorian) ---
r_associated #0: 20 -->
ph
n1=en:year (mean gregorian) | n2=ph | rel=r_associated | relid=0 | w=20
- en:year (mean julian) ---
r_associated #0: 20 -->
ph
n1=en:year (mean julian) | n2=ph | rel=r_associated | relid=0 | w=20
- en:year (tropical) ---
r_associated #0: 20 -->
ph
n1=en:year (tropical) | n2=ph | rel=r_associated | relid=0 | w=20
- en:zeta potential ---
r_associated #0: 20 -->
ph
n1=en:zeta potential | n2=ph | rel=r_associated | relid=0 | w=20
- fertilité ---
r_associated #0: 20 -->
ph
n1=fertilité | n2=ph | rel=r_associated | relid=0 | w=20
- km ---
r_associated #0: 20 -->
ph
n1=km | n2=ph | rel=r_associated | relid=0 | w=20
- neutralité ---
r_associated #0: 20 -->
ph
n1=neutralité | n2=ph | rel=r_associated | relid=0 | w=20
- pH isoélectrique ---
r_associated #0: 20 -->
ph
n1=pH isoélectrique | n2=ph | rel=r_associated | relid=0 | w=20
- pI ---
r_associated #0: 20 -->
ph
n1=pI | n2=ph | rel=r_associated | relid=0 | w=20
- piquant ---
r_associated #0: 20 -->
ph
n1=piquant | n2=ph | rel=r_associated | relid=0 | w=20
- potentiel d'hydrogène ---
r_associated #0: 20 -->
ph
n1=potentiel d'hydrogène | n2=ph | rel=r_associated | relid=0 | w=20
- proportion dorée ---
r_associated #0: 20 -->
ph
n1=proportion dorée | n2=ph | rel=r_associated | relid=0 | w=20
- section dorée ---
r_associated #0: 20 -->
ph
n1=section dorée | n2=ph | rel=r_associated | relid=0 | w=20
- unité ---
r_associated #0: 20 -->
ph
n1=unité | n2=ph | rel=r_associated | relid=0 | w=20
- équilibre acido-basique ---
r_associated #0: 20 -->
ph
n1=équilibre acido-basique | n2=ph | rel=r_associated | relid=0 | w=20
- furlong ---
r_associated #0: 15 -->
ph
n1=furlong | n2=ph | rel=r_associated | relid=0 | w=15
- gauss ---
r_associated #0: 15 -->
ph
n1=gauss | n2=ph | rel=r_associated | relid=0 | w=15
- pH équilibré ---
r_associated #0: 15 -->
ph
n1=pH équilibré | n2=ph | rel=r_associated | relid=0 | w=15
- unité internationale ---
r_associated #0: 15 -->
ph
n1=unité internationale | n2=ph | rel=r_associated | relid=0 | w=15
- weber ---
r_associated #0: 15 -->
ph
n1=weber | n2=ph | rel=r_associated | relid=0 | w=15
- corrosion ---
r_associated #0: 12 -->
ph
n1=corrosion | n2=ph | rel=r_associated | relid=0 | w=12
- isohydrique ---
r_associated #0: 12 -->
ph
n1=isohydrique | n2=ph | rel=r_associated | relid=0 | w=12
- phosphofluorhydrique ---
r_associated #0: 12 -->
ph
n1=phosphofluorhydrique | n2=ph | rel=r_associated | relid=0 | w=12
- phosphofluorique ---
r_associated #0: 12 -->
ph
n1=phosphofluorique | n2=ph | rel=r_associated | relid=0 | w=12
- 30 ml ---
r_associated #0: 10 -->
ph
n1=30 ml | n2=ph | rel=r_associated | relid=0 | w=10
- Alcalose ---
r_associated #0: 10 -->
ph
n1=Alcalose | n2=ph | rel=r_associated | relid=0 | w=10
- Chymie ---
r_associated #0: 10 -->
ph
n1=Chymie | n2=ph | rel=r_associated | relid=0 | w=10
- Est-ce que...? ---
r_associated #0: 10 -->
ph
n1=Est-ce que...? | n2=ph | rel=r_associated | relid=0 | w=10
- Pflüger (cordon de) ---
r_associated #0: 10 -->
ph
n1=Pflüger (cordon de) | n2=ph | rel=r_associated | relid=0 | w=10
- angström ---
r_associated #0: 10 -->
ph
n1=angström | n2=ph | rel=r_associated | relid=0 | w=10
- biot ---
r_associated #0: 10 -->
ph
n1=biot | n2=ph | rel=r_associated | relid=0 | w=10
- contact charnel ---
r_associated #0: 10 -->
ph
n1=contact charnel | n2=ph | rel=r_associated | relid=0 | w=10
- cuillerée à café ---
r_associated #0: 10 -->
ph
n1=cuillerée à café | n2=ph | rel=r_associated | relid=0 | w=10
- de proton ---
r_associated #0: 10 -->
ph
n1=de proton | n2=ph | rel=r_associated | relid=0 | w=10
- didot ---
r_associated #0: 10 -->
ph
n1=didot | n2=ph | rel=r_associated | relid=0 | w=10
- dioptre ---
r_associated #0: 10 -->
ph
n1=dioptre | n2=ph | rel=r_associated | relid=0 | w=10
- en:electroretinography ---
r_associated #0: 10 -->
ph
n1=en:electroretinography | n2=ph | rel=r_associated | relid=0 | w=10
- en:neutral pH ---
r_associated #0: 10 -->
ph
n1=en:neutral pH | n2=ph | rel=r_associated | relid=0 | w=10
- en:pH scale ---
r_associated #0: 10 -->
ph
n1=en:pH scale | n2=ph | rel=r_associated | relid=0 | w=10
- en:ph scale ---
r_associated #0: 10 -->
ph
n1=en:ph scale | n2=ph | rel=r_associated | relid=0 | w=10
- gilbert ---
r_associated #0: 10 -->
ph
n1=gilbert | n2=ph | rel=r_associated | relid=0 | w=10
- hangar ---
r_associated #0: 10 -->
ph
n1=hangar | n2=ph | rel=r_associated | relid=0 | w=10
- nanopore ---
r_associated #0: 10 -->
ph
n1=nanopore | n2=ph | rel=r_associated | relid=0 | w=10
- oersted ---
r_associated #0: 10 -->
ph
n1=oersted | n2=ph | rel=r_associated | relid=0 | w=10
- once liquide ---
r_associated #0: 10 -->
ph
n1=once liquide | n2=ph | rel=r_associated | relid=0 | w=10
- pied cube ---
r_associated #0: 10 -->
ph
n1=pied cube | n2=ph | rel=r_associated | relid=0 | w=10
- point isoélectrique ---
r_associated #0: 10 -->
ph
n1=point isoélectrique | n2=ph | rel=r_associated | relid=0 | w=10
- polyvalence ---
r_associated #0: 10 -->
ph
n1=polyvalence | n2=ph | rel=r_associated | relid=0 | w=10
- potentiel d'oxydoréduction ---
r_associated #0: 10 -->
ph
n1=potentiel d'oxydoréduction | n2=ph | rel=r_associated | relid=0 | w=10
- radioactivité ---
r_associated #0: 10 -->
ph
n1=radioactivité | n2=ph | rel=r_associated | relid=0 | w=10
- scintillation ---
r_associated #0: 10 -->
ph
n1=scintillation | n2=ph | rel=r_associated | relid=0 | w=10
- solubilité ---
r_associated #0: 10 -->
ph
n1=solubilité | n2=ph | rel=r_associated | relid=0 | w=10
- stokes ---
r_associated #0: 10 -->
ph
n1=stokes | n2=ph | rel=r_associated | relid=0 | w=10
- volt ---
r_associated #0: 10 -->
ph
n1=volt | n2=ph | rel=r_associated | relid=0 | w=10
- Jeffrey Paul Jacques ---
r_associated #0: 9 -->
ph
n1=Jeffrey Paul Jacques | n2=ph | rel=r_associated | relid=0 | w=9
- H ---
r_associated #0: 6 -->
ph
n1=H | n2=ph | rel=r_associated | relid=0 | w=6
- GAUSS ---
r_associated #0: 5 -->
ph
n1=GAUSS | n2=ph | rel=r_associated | relid=0 | w=5
- Moniteurs des gaz du sang en ligne ---
r_associated #0: 5 -->
ph
n1=Moniteurs des gaz du sang en ligne | n2=ph | rel=r_associated | relid=0 | w=5
- barn ---
r_associated #0: 5 -->
ph
n1=barn | n2=ph | rel=r_associated | relid=0 | w=5
- becquerel ---
r_associated #0: 5 -->
ph
n1=becquerel | n2=ph | rel=r_associated | relid=0 | w=5
- byte ---
r_associated #0: 5 -->
ph
n1=byte | n2=ph | rel=r_associated | relid=0 | w=5
- chiral ---
r_associated #0: 5 -->
ph
n1=chiral | n2=ph | rel=r_associated | relid=0 | w=5
- day ---
r_associated #0: 5 -->
ph
n1=day | n2=ph | rel=r_associated | relid=0 | w=5
- dyne ---
r_associated #0: 5 -->
ph
n1=dyne | n2=ph | rel=r_associated | relid=0 | w=5
- en:Square mile ---
r_associated #0: 5 -->
ph
n1=en:Square mile | n2=ph | rel=r_associated | relid=0 | w=5
- farad ---
r_associated #0: 5 -->
ph
n1=farad | n2=ph | rel=r_associated | relid=0 | w=5
- gon ---
r_associated #0: 5 -->
ph
n1=gon | n2=ph | rel=r_associated | relid=0 | w=5
- hertz ---
r_associated #0: 5 -->
ph
n1=hertz | n2=ph | rel=r_associated | relid=0 | w=5
- joule ---
r_associated #0: 5 -->
ph
n1=joule | n2=ph | rel=r_associated | relid=0 | w=5
- katal ---
r_associated #0: 5 -->
ph
n1=katal | n2=ph | rel=r_associated | relid=0 | w=5
- lux ---
r_associated #0: 5 -->
ph
n1=lux | n2=ph | rel=r_associated | relid=0 | w=5
- maxwell ---
r_associated #0: 5 -->
ph
n1=maxwell | n2=ph | rel=r_associated | relid=0 | w=5
- minim ---
r_associated #0: 5 -->
ph
n1=minim | n2=ph | rel=r_associated | relid=0 | w=5
- ounce ---
r_associated #0: 5 -->
ph
n1=ounce | n2=ph | rel=r_associated | relid=0 | w=5
- pH du sol ---
r_associated #0: 5 -->
ph
n1=pH du sol | n2=ph | rel=r_associated | relid=0 | w=5
- pH tumoral ---
r_associated #0: 5 -->
ph
n1=pH tumoral | n2=ph | rel=r_associated | relid=0 | w=5
- parsec ---
r_associated #0: 5 -->
ph
n1=parsec | n2=ph | rel=r_associated | relid=0 | w=5
- piscine
(bassin de natation) ---
r_associated #0: 5 -->
ph
n1=piscine (bassin de natation) | n2=ph | rel=r_associated | relid=0 | w=5
- siemens ---
r_associated #0: 5 -->
ph
n1=siemens | n2=ph | rel=r_associated | relid=0 | w=5
- sievert ---
r_associated #0: 5 -->
ph
n1=sievert | n2=ph | rel=r_associated | relid=0 | w=5
- stilb ---
r_associated #0: 5 -->
ph
n1=stilb | n2=ph | rel=r_associated | relid=0 | w=5
- Équilibre acido-basique ---
r_associated #0: 5 -->
ph
n1=Équilibre acido-basique | n2=ph | rel=r_associated | relid=0 | w=5
- Bacterie ---
r_associated #0: 2 -->
ph
n1=Bacterie | n2=ph | rel=r_associated | relid=0 | w=2
- Insoluble ---
r_associated #0: 2 -->
ph
n1=Insoluble | n2=ph | rel=r_associated | relid=0 | w=2
- alcalinisation ---
r_associated #0: 2 -->
ph
n1=alcalinisation | n2=ph | rel=r_associated | relid=0 | w=2
- biochimie ---
r_associated #0: 2 -->
ph
n1=biochimie | n2=ph | rel=r_associated | relid=0 | w=2
- dentiste ---
r_associated #0: 2 -->
ph
n1=dentiste | n2=ph | rel=r_associated | relid=0 | w=2
- h ---
r_associated #0: 2 -->
ph
n1=h | n2=ph | rel=r_associated | relid=0 | w=2
- CONCENTRATION ---
r_associated #0: 1 -->
ph
n1=CONCENTRATION | n2=ph | rel=r_associated | relid=0 | w=1
- Cl ---
r_associated #0: 1 -->
ph
n1=Cl | n2=ph | rel=r_associated | relid=0 | w=1
- Dissémination ---
r_associated #0: 1 -->
ph
n1=Dissémination | n2=ph | rel=r_associated | relid=0 | w=1
- Hydronium ---
r_associated #0: 1 -->
ph
n1=Hydronium | n2=ph | rel=r_associated | relid=0 | w=1
- Inorganique ---
r_associated #0: 1 -->
ph
n1=Inorganique | n2=ph | rel=r_associated | relid=0 | w=1
- Kapatid Channel ---
r_associated #0: 1 -->
ph
n1=Kapatid Channel | n2=ph | rel=r_associated | relid=0 | w=1
- MATH ---
r_associated #0: 1 -->
ph
n1=MATH | n2=ph | rel=r_associated | relid=0 | w=1
- Plasmatique ---
r_associated #0: 1 -->
ph
n1=Plasmatique | n2=ph | rel=r_associated | relid=0 | w=1
- anionique ---
r_associated #0: 1 -->
ph
n1=anionique | n2=ph | rel=r_associated | relid=0 | w=1
- benzeneboronic acid ---
r_associated #0: 1 -->
ph
n1=benzeneboronic acid | n2=ph | rel=r_associated | relid=0 | w=1
- bromothymol ---
r_associated #0: 1 -->
ph
n1=bromothymol | n2=ph | rel=r_associated | relid=0 | w=1
- chlorurer ---
r_associated #0: 1 -->
ph
n1=chlorurer | n2=ph | rel=r_associated | relid=0 | w=1
- dissémination ---
r_associated #0: 1 -->
ph
n1=dissémination | n2=ph | rel=r_associated | relid=0 | w=1
- inorganique ---
r_associated #0: 1 -->
ph
n1=inorganique | n2=ph | rel=r_associated | relid=0 | w=1
- neutraliser ---
r_associated #0: 1 -->
ph
n1=neutraliser | n2=ph | rel=r_associated | relid=0 | w=1
- polynomial ---
r_associated #0: 1 -->
ph
n1=polynomial | n2=ph | rel=r_associated | relid=0 | w=1
- protease ---
r_associated #0: 1 -->
ph
n1=protease | n2=ph | rel=r_associated | relid=0 | w=1
- sulfater ---
r_associated #0: 1 -->
ph
n1=sulfater | n2=ph | rel=r_associated | relid=0 | w=1
- temperature ---
r_associated #0: 1 -->
ph
n1=temperature | n2=ph | rel=r_associated | relid=0 | w=1
- th ---
r_associated #0: 1 -->
ph
n1=th | n2=ph | rel=r_associated | relid=0 | w=1
- trophique ---
r_associated #0: 1 -->
ph
n1=trophique | n2=ph | rel=r_associated | relid=0 | w=1
|