# Unit conversion The table below shows the units that Live is capable of converting automatically. | unit | name | base unit | same units | quantity types | | --------------- | ----------------------------------------------- | ----------- | ---------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | | UGT | null | Euc | | | | Btu/mol(lbm) | British thermal units/pound mass mol | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | miUS2 | U.S. Survey square mile | m2 | | area | | N/30m | newton per thirty meters | N/m | | force per length | | dega/h | angular degree per hour | rad/s | | angle per time, rotational frequency, circular frequency, rotational velocity | | nm/s | nanometer per second | m/s | | velocity | | rad | radian | rad | | plane angle | | ftBnA | British Foot (Benoit 1895 A) | m | | depth, distance, length, Cartesian coordinates | | kJ/mol(kg) | kilojoule/mole (kilogram) | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | bar/km | bar per kilometer | Pa/m | | force per volume, pressure per length | | dega/s | angular degree per second | rad/s | | angle per time, rotational frequency, circular frequency | | ftBnB | British Foot (Benoit 1895 B) | m | | depth, distance, length, Cartesian coordinates | | ms/in | milliseconds/inch | s/m | | slowness, time per length | | gAPI | API gamma ray units | gAPI | | gamma ray API unit | | dega/m | angular degree per metre | rad/m | | angle per length | | cm/s | centimetre/second | m/s | | velocity | | g/m3 | grams/cubic metre | kg/m3 | | density, mass density, volumic mass | | pcurie | picocurie | Bq | | activity (of radioactivity) | | % | percent | Euc | | relative power, linear strain, relative elongation, dimensionless, mass concentration, length per length, force per force, area per area, volumic concentration | | ft3/d | cubic foot per day | m3/s | | volume flow rate | | bbl/d.acre.ft | barrels/day acre foot | 1/s | | volume per time per volume | | g/kg | grams/kilogram | Euc | | mass concentration | | ehp | electric horsepower | W | | power | | ft3/h | cubic foot per hour | m3/s | | volume flow rate | | lbm/d | pound-mass per day | kg/s | | mass flow rate | | lbm/h | pound-mass per hour | kg/s | | mass flow rate | | ton of refrig | tons of refrigeration | W | | power | | lbf.ft/lbm | foot pound-force per pound-mass | J/kg | | specific energy | | lbf/in | pound-force per inch | N/m | | force per length | | lbm/s | pound-mass per second | kg/s | | mass flow rate | | grain/100ft3 | grains/100 cubic feet | kg/m3 | | density, mass density, volumic mass | | Pa2 | pascal squared | Pa2 | | pressure squared | | A | ampere | A | | electric current, magnetic potential difference, magnetomotive force | | B | bel | B | | level of power intensity | | C | coulomb | C | | electric flux, electric charge, electric capacity | | D | darcy | m2 | | permeability rock | | F | farad | F | | capacitance | | lbm/100ft2 | pounds mass per hundred square foot | kg/m2 | | surface density, areic mass | | H | henry | H | | self inductance, permeance | | J | joule | J | | work, moment of couple, moment of force, torque, energy | | K | kelvin | K | | delta temperature, thermodynamic temperature | | L | litre | m3 | | volume | | kPa/100m | kilopascal per hundred meter | Pa/m | | force per volume, pressure per length | | N | newton | N | | force | | O | octave | O | | frequency interval | | P | poise | Pa.s | | dynamic viscosity | | degF/ft(100) | degrees Fahrenheit/100 feet. | K/m | | temperature per length | | lbf/ft | pound-force per foot | N/m | | force per length | | S | siemens | S | | susceptance, admittance, electric conductance | | T | tesla | T | | magnetic induction, magnetic flux density | | V | volt | V | | electric potential | | kgf.m/m | kilograms force metres/metre | N | | force length per length | | W | watt | W | | heat flow rate, power | | mm/mm.K | millimetres/millimetre degree Kelvin | 1/K | | linear thermal expansion | | MMbbl/acre.ft | million barrels/acre foot | Euc | | volume per volume | | a | julian-year | s | | time | | Bd | baud | Bd | | data transmission speed | | b | barn | m2 | | area | | c | cycle | rad | | plane angle | | d | day | s | | time | | uHz | microhertz | rad/s | | frequency | | g | gram | kg | | mass | | h | hour | s | | time | | uV/m | microvolt per meter | V/m | | electric field strength | | m | metre | m | | wavelength, breadth, distance, thickness, radius of curvature, length, mean free path, depth, diameter, length of path, radius, height, Cartesian coordinates | | A/mm2 | Ampere/square millimetre | A/m2 | | current density | | Bq | becquerel | Bq | | activity (of radioactivity) | | 1000m3/h.m | thousand cubic meters per hour per meter | m2/s | | volume per time per length | | ton-mile | ton-mile | kgkm | | Payload-distance | | s | second | s | | time | | CV | cheval vapeur | W | | power | | L/mol(kg) | litres/mole (kilogram) | m3/mol | | molar volume | | psi/100ft | pounds/square inch per 100 feet | Pa/m | | force per volume, pressure per length | | t | tonne | kg | | mass | | kW\.h | kilowatt hours | J | | work, energy | | stb60/Mscf60 | stock tank barrels/ 1000 std cu ft | Euc | | volume per volume | | atm/ft | Atmospheres per ft | Pa/m | | force per volume, pressure per length | | degF.ft2.h/Btu | degrees F square feet hours/Btu | K.m2/W | | thermal insulance, coefficient of thermal insulation | | ft/ft | feet per feet | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | m/m.K | metres/metre Kelvin | 1/K | | linear thermal expansion | | atm/hm | Atmospheres per hundred metre | Pa/m | | force per volume, pressure per length | | Btu/hr.ft3.degF | Btus/hour foot cubed deg F | W/m3.K | | volumetric heat transfer coefficient | | cm2/g | centimetres squared/gram | m2/kg | | mass attenuation coefficient | | stb60/MMscf60 | stock tank barrels/ million std cu ft | Euc | | volume per volume | | Ci | curie | Bq | | activity (of radioactivity) | | kgf.m/cm2 | kilogram force metres/square centimetre | N/m | | energy per area | | gon | gon | rad | | plane angle | | ha.m | hectare metres | m3 | | volume | | cm2/s | centimetres squared/second | m2/s | | kinematic viscosity, area per time, thermal diffusivity | | Btu/ft3 | British thermal units/cubic foot | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | Mrad | megaradian | rad | | plane angle | | 1/ft3 | per cubic foot | 1/m3 | | per volume | | 1/ft2 | per square foot | 1/m2 | | per area | | cgr | centesimal-minute | rad | | plane angle | | Chu | chus | J | | work, energy | | J/mol.K | joules/mole degree kelvin | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | ft.lbf/min | foot pounds force/minute | W | | heat flow rate | | rem | rem | Sv | | dose equivalent | | ohm/m | ohm per metre | ohm/m | | resistivity per length | | grain/galUS | grains/US gallon | kg/m3 | | density, mass density, volumic mass | | lx.s | lux seconds | lx.s | | light exposure | | EJ | exajoule | J | | work, energy | | g/L | grams/litre | kg/m3 | | density, mass density, volumic mass | | b/cm3 | barn per cubic centimetre | 1/m | | area per volume | | m3/kg | cubic metres/kilogram | m3/kg | | massic volume, specific volume | | cwtUS | US hundredweight | kg | | mass | | mbar | millibar | Pa | | force per area, pressure | | 1/Pa | per Pascal | 1/Pa | | compressibility, bulk compressibility | | m3/m3 | cubic metres/cubic metre | Euc | | volume per volume | | m3/m2 | cubic meter per square meter | m | | volume per area | | cwtUK | UK hundredweight | kg | | mass | | m3/km | cubic metres/kilometre | m2 | | volume per length | | ydBnB | Benoits yard (1895 B) | m | | depth, distance, length, Cartesian coordinates | | ydBnA | Benoits yard (1895 A) | m | | depth, distance, length, Cartesian coordinates | | mil/yr | mils/year | m/s | | velocity | | lbm/galUK(1000) | pounds mass/1000 UK gallons | kg/m3 | | density, mass density, volumic mass | | scm15/stb60 | std cubic metres / stock tank barrel | Euc | | volume per volume | | kJ/kmol | kilojoule/mole (kilogram) | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | L/100km | litres/100 kilometres | m2 | | volume per length | | V/B | volts/Bel | V/B | | potential difference per per power drop | | uEuc | microEuclids | Euc | | dimensionless, poisson ratio | | g/s | grams/second | kg/s | | mass flow rate | | tonfUS/in2 | US tons force/square inch | Pa | | force per area, pressure | | cu yd | cubic yard | m3 | | volume | | ft3/bbl | cubic feet/barrel | Euc | | volume per volume | | 1000ft3 | thousand cubic feet | m3 | | volume | | tkm | tonne-kilometre | kgkm | | Payload-distance | | 1000m3/h | thousand cubic metres per hour | m3/s | | volume flow rate | | m3/h.m | cubic meter per hour per meter | m2/s | | volume per time per length | | L/100kg | liter per hundred kilogram | m3/kg | | massic volume, specific volume | | 1000m3/d | thousand cubic metres per day | m3/s | | volume flow rate | | lbf/in2 | pounds force/square inch | Pa | | force per area, pressure | | kg/sack94 | kilogram per 94 pound sack | Euc | | mass concentration | | GJ | gigajoule | J | | work, energy | | galUK/kgalUK | UK gallons per thousand UK gallons | Euc | | volume per volume | | kcal/h | kilocalories/hour | W | | power | | cal/h.cm2 | calories/hour centimetre squared | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | GS | gigasiemens | S | | susceptance, admittance, electric conductance | | kcal/g | kilocalories/gram | J/kg | | specific energy | | galUS/mi | US gallons/mile | m2 | | volume per length | | cal/h.cm3 | calories/hour cubic centimetre | W/m3 | | power per volume | | galUS/kgalUS | US gallons per thousand US gallons | Euc | | volume per volume | | GW | gigawatt | W | | heat flow rate, power | | permil | per mille | Euc | | mass concentration, volumic concentration | | tonUK/h | UK tons/hour | kg/s | | mass flow rate | | dega/m(30) | degrees of an angle/30 metres | rad/m | | angle per length | | kcal/mol(g) | kilocalories/mole (gram) | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | ftInd(37) | Indian Foot, 1937 | m | | depth, distance, length, Cartesian coordinates | | lbmole | moles (pounds mass) | mol | | amount of substance | | V/m | volts/metre | V/m | | electric field strength | | pdl | poundal | N | | force | | Ga | gigayears | s | | time | | ksm3 | kilo standard cubic metres 15C | scm(15C) | | standard volume | | ohm.m | ohm metre | ohm.m | | electrical resistivity | | galUK/hr2 | UK gallons/hour/hour | m3/s2 | | volume per time per time | | therm | therms | J | | work, energy | | C/mm3 | coulomb per cubic millimetre | C/m3 | | charge density | | C/mm2 | coulomb per square millimetre | C/m2 | | electric polarization | | psi/m | pound per square inch per meter | Pa/m | | force per volume, pressure per length | | cal/s.cm3 | calories/second cubic centimetre | W/m3 | | power per volume | | rad/ft | radians per foot | rad/m | | angle per length | | cm3 | cubic centimetre | m3 | | volume | | bbl/k(ft3) | barrel per thousand cubic feet | Euc | | volume per volume | | cm2 | square centimetre | m2 | | area | | dega/100ft | degrees of an angle/100 feet | rad/m | | angle per length | | kcal.m/cm2 | kilocalorie metres/square centimetre | N | | energy length per area | | miUS | U.S. Survey mile | m | | depth, distance, length, Cartesian coordinates | | tonUK/a | UK tons/year | kg/s | | mass flow rate | | umHg(0C) | microns of Mercury at 0 deg C | Pa | | force per area, pressure | | cm4 | centimetres fourth | m4 | | second moment of area | | tonUK/d | UK tons/day | kg/s | | mass flow rate | | MJ/mol(kg) | megajoules/mole (kilogram) | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | Gy | gray | Gy | | absorbed dose | | galUS/hr.ft | US gallons/foot hour | m2/s | | volume per time per length | | sack94 | sacks | kg | | mass | | psi/ft | pounds/square inch per foot | Pa/m | | force per volume, pressure per length | | mL/galUK | millilitres/UK gallon | Euc | | volume per volume | | dyne | dynes | N | | force | | kg/MJ | kilograms/megajoule | kg/J | | mass per energy | | kg.m2 | kilogram metres squared | kg.m2 | | moment of inertia | | scf(60F) | std cubic feet at 60 deg F | scm(15C) | | standard volume | | byte | byte | byte | | digital storage | | acre.ft | acre foot | m3 | | volume | | mL/galUS | millilitres/US gallon | Euc | | volume per volume | | galUS | US gallons | m3 | | volume | | Bq/kg | becquerel per kilogram | Bq/kg | | specific activity (of radioactivity) | | psi.s | psi second | Pa.s | | dynamic viscosity | | dB/km | decibels/kilometre | B/m | | attenuation per length | | galUK | UK gallon | m3 | | volume | | Hz | hertz | Hz | 1/s, c/s | frequency | | mV/ft | millivolt per foot | V/m | | electric field strength | | N/mm2 | newtons/square millimetre | Pa | | force per area, pressure | | lkCla | Clarke link | m | | depth, distance, length, Cartesian coordinates | | psi/h | psi per hour | Pa/s | | pressure per time | | galUK/ft3 | UK gallons/cubic foot | Euc | | volume per volume | | uPa | micropascal | Pa | | force per area, pressure | | stb60/MMscm15 | stock tank barrels/ million std cu mts | Euc | | volume per volume | | pdl.ft | foot poundal | J | | moment of couple, moment of force, torque | | hN.m | null | J | | | | EJ/a | exajoules/year | W | | heat flow rate | | lbf.ft/in | pounds force feet/inch | N | | force length per length | | erg | ergs | J | | work, energy | | kohm | kilohm | ohm | | impedance, resistance | | lbm/h.ft2 | pounds mass/hour square foot | kg/m2.s | | mass per time per area | | hp.hr/lbm | horsepower hours/pound mass | J/kg | | specific energy | | Btu/s.ft3.degF | Btus/second per cubic foot deg F | W/m3.K | | volumetric heat transfer coefficient | | mho/m | mhos/metre | S/m | | conductivity | | J/kg | joules/kilogram | J/kg | | specific energy | | ccgr | centesimal-second | rad | | plane angle | | ug/cm3 | micrograms/cubic centimetre | kg/m3 | | density, mass density, volumic mass | | J/m2 | joules/square metre | N/m | | energy per area | | Mg/a | megagram per julian-year | kg/s | | mass flow rate | | J/m3 | joules/cubic metre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | 1/pPa | per pico pascal | 1/Pa | | compressibility, bulk compressibility | | Mg/d | megagrams/day | kg/s | | mass flow rate | | ft3/d.ft.psi | cubic feet/day foot psi | m2/Pa.s | | unit productivity index | | kJ/kmol.K | kilojoules/mole (kilogram) deg K | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | m3/s.m | cubic metres/second metre | m2/s | | volume per time per length | | quad | quad | J | | work, energy | | Mg/h | megagram per hour | kg/s | | mass flow rate | | 10Mg/m3 | ten thousand kilograms per cubic metre | kg/m3 | | density, mass density, volumic mass | | galUS/hr | US gallons/hour | m3/s | | volume flow rate | | MBq | megabecquerel | Bq | | activity (of radioactivity) | | m/cm | metres/ centimetre | Euc | | length per length, scale | | m3/s2 | cubic metres/seconds squared | m3/s2 | | volume per time per time | | dB/ft | decibels/foot | B/m | | attenuation per length | | C.m | coulomb metres | C.m | | electric dipole moment | | bbl/psi.d | barrel per day per psi | m3/Pa.s | | productivity index | | mD.m | millidarcy metres | m3 | | permeability length | | lbmole/s | moles (pounds mass)/second | mol/s | | mole per time | | t/a | tonne per julian-year | kg/s | | mass flow rate | | t/d | tonnes/day | kg/s | | mass flow rate | | t/h | tonnes/hour | kg/s | | mass flow rate | | kg/cm3 | null | kg/m3 | | | | rad/ft3 | radians per cubic foot | rad/m3 | | angle per volume | | Euc | euclid | Euc | | , linear strain, dimensionless, mass concentration, attenuation, shear strain, poisson ratio, volumic concentration | | MA | megaampere | A | | electric current, magnetic potential difference, magnetomotive force | | L/bar.min | litres per minute per bar | m3/Pa.s | | productivity index | | C/g | coulomb per gram | C/kg | | exposure (radioactivity) | | lbmole/h | moles (pounds mass)/hour | mol/s | | mole per time | | MJ | megajoules | J | | work, energy | | hp/in2 | horsepower per square inch | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | MN | meganewtons | N | | force | | cm3/min | cubic centimeter per minute | m3/s | | volume flow rate | | grain/ft3(100) | grains/100 cubic feet | kg/m3 | | density, mass density, volumic mass | | mD/Pa.s | millidarcies/Pascal second | m2/Pa.s | | mobility | | lbm/bbl | pound-mass per barrel | kg/m3 | | density, mass density, volumic mass | | dm3/kW\.h | cubic decimetres/kilowatt hour | m3/J | | isothermal compressibility | | ydInd(62) | Indian yard (1962) | m | | depth, distance, length, Cartesian coordinates | | ft3/ft3 | cubic feet/cubic foot | Euc | | volume per volume | | MV | megavolt | V | | electric potential | | MW | megawatts | W | | heat flow rate, power | | J/dm3 | joules/cubic decimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | MY | megayears | s | | time | | rad/m3 | radians per cubic metre | rad/m3 | | angle per volume | | kgf/cm2 | thousand gram-force per square centimetre | Pa | | force per area, pressure | | lbf | pound-force | N | | force | | mCi | | Bq | | activity (of radioactivity) | | Ma | megayears | s | | time | | Btu/bbl | British thermal units/barrel | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | lbm | pound-mass | kg | | mass | | ydIm | imperial yard | m | | depth, distance, length, Cartesian coordinates | | galUS/ft | US gallons/foot | m2 | | volume per length | | chSe | Sears chain | m | | breadth, diameter, distance, thickness, length, radius, height, Cartesian coordinates | | Mg | megagram | kg | | mass | | 1/min | per minute | 1/s | | per time | | dm3/MJ | cubic decimetres/megajoule | m3/J | | isothermal compressibility | | MJ/kmol | megajoules/mole (kilogram) | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | Mm | megametre | m | | length | | min/m | minute per meter | s/m | | time per length | | lbm/ft | pound-mass per foot | kg/m | | linear density, mass per length | | c/s | cycles/second | rad/s | | angle per time, rotational frequency, angular velocity, circular frequency, rotational velocity, frequency | | psi2/cP | pounds/square inch squared/ centipoise | Pa/s | | pressure squared per (dynamic viscosity) | | Mscm(15C)/d | thousand std cubic metres, 15 degC/day | scm(15C)/s | | standard volume per time | | m3/d | cubic metres/day | m3/s | | volume flow rate | | lbm/Mbbl | pounds mass/1000 barrels | kg/m3 | | density, mass density, volumic mass | | m3/g | cubic metres/gram | m3/kg | | massic volume, specific volume | | m3/h | cubic metres/hour | m3/s | | volume flow rate | | torr | torr | Pa | | force per area, pressure | | 100ka | 100000 years | s | | time | | kmol/h | moles (kilogram)/hour | mol/s | | mole per time | | m3/J | cubic metres/joule | m3/J | | isothermal compressibility | | L/kg | liter per kilogram | m3/kg | | massic volume, specific volume | | Mscf(60F) | thousand cubic feet at 60 deg F | scm(15C) | | standard volume | | m3/d.m | cubic meter per day per meter | m2/s | | volume per time per length | | ftBr(65) | British Foot 1865 | m | | depth, distance, length, Cartesian coordinates | | mi/galUS | miles/US gallon | 1/m2 | | length per volume | | kmol/s | moles (kilogram)/second | mol/s | | mole per time | | galUS/hr.in | US gallons/hour inch | m2/s | | volume per time per length | | A/m2 | amperes/square metre | A/m2 | | current density | | chUS | US Survey chain | m | | breadth, diameter, distance, thickness, length, radius, height, Cartesian coordinates | | kgf.s/m2 | kilograms force seconds/square metre | Pa.s | | dynamic viscosity | | mi/galUK | miles/UK gallon | 1/m2 | | length per volume | | rpm | revolution per minute | rad/s | | angle per time | | oz(troy) | troy ounces | kg | | mass | | 1/mi2 | per square mile | 1/m2 | | per area | | N.s/m2 | newton seconds/metre squared | Pa.s | | dynamic viscosity | | Oe | oersted | A/m | | magnetization, magnetic field strength, linear electric current density | | mgauss | milligauss | T | | magnetic induction, magnetic flux density | | acre | acre | m2 | | area | | mD/cP | millidarcies/centipoise | m2/Pa.s | | mobility | | A.h | Ampere hour | C | | electric flux, electric charge, electric capacity | | A/ft2 | ampere per square foot | A/m2 | | current density | | flops | flops | 1/s | | operations per time | | bbl/d.ft | barrels/day foot | m2/s | | volume per time per length | | Wb.m | weber metres | Wb.m | | magnetic dipole moment | | galUS/min | US gallons/minute | m3/s | | volume flow rate | | m3/mol | cubic metres/mole | m3/mol | | molar volume | | upsi | millionth of psi | Pa | | force per area, pressure | | Pa | pascal | Pa | | force per area, pressure | | m3/scm(15C) | cubic metres/std cubic metres, 15 deg C | m3/scm(15C) | | volume per standard volume | | mohm | milliohm | ohm | | impedance, resistance | | mS/m | millisiemens/metre | S/m | | conductivity | | 1/kPa | per kilopascal | 1/Pa | | compressibility, bulk compressibility | | dega/ft(100) | degrees of an angle/100 feet | rad/m | | angle per length | | ftGC | Gold Coast Foot | m | | depth, distance, length, Cartesian coordinates | | ft.lbf/s | foot pounds force/second | W | | heat flow rate | | m3/kmol | cubic metres/mole (kilogram) | m3/mol | | molar volume | | A/m | amperes/metre | A/m | | magnetization, magnetic field strength, linear electric current density | | lbm.ft2 | pound-mass square foot | kg.m2 | | moment of inertia | | km/cm | kilometre/ centimetre | Euc | | length per length, scale | | uWb | microwebers | Wb | | magnetic flux | | mW/m2 | milliwatts/square metres | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | lbf.ft/in2 | foot pounds force/square inch | N/m | | energy per area | | 1000ft3/bbl | thousand cubic feet per barrel | Euc | | volume per volume | | kJ/kg | kilojoule/kilogram | J/kg | | specific energy | | L/m3 | litres/cubic metre | Euc | | volume per volume | | mL/mL | milliliter per milliliter | Euc | | volume per volume | | W/kW | watts/kilowatt | Euc | | relative power | | quad/yr | quads/year | W | | heat flow rate | | galUK/lbm | UK gallons/pound mass | m3/kg | | massic volume, specific volume | | A/mm | Ampere/millimetre | A/m | | magnetization, magnetic field strength, linear electric current density | | kJ/m3 | kilojoule/cubic metre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | km/dm3 | kilometres/cubic decimetre | 1/m2 | | length per volume | | bbl/100bbl | barrel per hundred barrel | Euc | | volume per volume | | m3/kPa.d | cubic meter per day per kilopascal | m3/Pa.s | | productivity index | | N4/kg.m7 | newtons fourth metres/kilogram | N4/kg.m7 | | parachor | | W/m2 | watts/square metre | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | W/m3 | watts/cubic metre | W/m3 | | power per volume | | ft3(std,60F) | cubic feet at standard conditions | scm(15C) | | standard volume | | m3/kPa.h | (cubic metres per hour) per kilopascal | m3/Pa.s | | productivity index | | m3/m | cubic metres/metre | m2 | | volume per length | | m3/s | cubic metres/second | m3/s | | volume flow rate | | m3/t | cubic metres/tonne | m3/kg | | massic volume, specific volume | | ms/2 | half a millisecond | s | | time | | mGy | milligray | Gy | | absorbed dose | | MHz | megahertz | rad/s | | frequency | | kmol/m3 | moles (kilogram)/cubic metre | mol/m3 | | concentration of B, amount of a substance | | kJ/kg.K | kilojoules/kilogram degree Kelvin | J/kg.K | | massic heat capacity, specific heat capacity | | tonfUS/ft2 | US tons force/square foot | Pa | | force per area, pressure | | Mstb(60F) | thousand stock tank barrels 60 F | scm(15C) | | standard volume | | 1/degR | per degree Rankine | 1/K | | volumetric thermal expansion | | g.ft/cm3.s | gram feet/cubic centimetre second | kg/m2.s | | mass per time per area | | L/min | liter per minute | m3/s | | volume flow rate | | tonfUK.ft2 | UK ton feet squared | N.m2 | | force area | | psi2.d/cp.ft3 | psi squared days/ centipoise cubic foot | Pa/m3 | | Darcy flow coefficient | | min/ft | minute per foot | s/m | | time per length | | rad/s2 | radians/second squared | rad/s2 | | angular acceleration | | lbf/ft2 | pound-force per square foot | Pa | | force per area, pressure | | lbf/ft3 | pound-force per cubic foot | N/m3 | | force per volume, pressure per length | | nEuc | nanoeuclid | Euc | | dimensionless, poisson ratio | | hp.hr | horsepower hour | J | | work, energy | | mHz | millihertz | rad/s | | frequency | | Wb/m | webers/metre | Wb/m | | magnetic vector potential | | dega/ft | angular degree per foot | rad/m | | angle per length | | ppk | parts per thousand | Euc | | mass concentration, volumic concentration | | ppm | parts per million | Euc | | mass concentration, volumic concentration | | lbf.s/ft2 | pound-force second per square foot | Pa.s | | dynamic viscosity | | pdl.cm2 | poundal square centimetre | N.m2 | | force area | | ft3/s.ft2 | cubic feet/second square foot | m/s | | volume per time per area | | m/km | metres/kilometre | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | TJ | terajoules | J | | work, energy | | ms/m | millisecond per meter | s/m | | slowness, time per length | | MMscf(60F) | million standard cubic feet at 60 deg F | scm(15C) | | standard volume | | 1/degC | per degree Celsius | 1/K | | volumetric thermal expansion | | ms/s | milliseconds/second | Euc | | relative time | | m/m3 | metres/cubic metre | 1/m2 | | length per volume | | 1/degF | per degree Fahrenheit | 1/K | | volumetric thermal expansion | | cEuc | centiEuclid | Euc | | dimensionless, poisson ratio | | grad | grad | rad | | plane angle | | mD.ft2/lbf.s | millidarcy sq feet/pound force second | m2/Pa.s | | mobility | | 1/angstrom | per angstrom | 1/m | | per length, wave number | | mC/m2 | millicoulombs/square metre | C/m2 | | electric polarization | | kW\.h/kg.degC | kilowatt hours/kilogram degree C | J/kg.K | | massic heat capacity, specific heat capacity | | L/mol | litres/mole (gram) | m3/mol | | molar volume | | Sv | sievert | Sv | | dose equivalent | | TW | terawatts | W | | heat flow rate, power | | scm(0C) | standard cubic metres at 0 deg Celsius | scm(0C) | | standard volume | | sq yd | square yards | m2 | | area | | ydSe | Sears yard | m | | depth, distance, length, Cartesian coordinates | | yd2 | square yards | m2 | | area | | rad/m | radians/metre | rad/m | | angle per length | | ptUK/hp.hr | UK pints/horsepower hour | m3/J | | isothermal compressibility | | yd3 | cubic yard | m3 | | volume | | uohm/m | microhm per meter | ohm/m | | resistivity per length | | rad/s | radians/second | rad/s | | angle per time, rotational frequency, angular velocity, circular frequency, rotational velocity | | kmol | kilomole | mol | | amount of substance | | stb(60F)/bbl | stock tank barrels, 60 deg F/barrel | scm(15C)/m3 | | standard volume per volume | | mN/km | millinewtons/kilometre | N/m | | force per length | | lm/m2 | lumens/square metre | lx | | luminous exitance | | 1000ft3/psi.d | thousand cubic feet per day per psi | m3/Pa.s | | productivity index | | atm | Atmosphere | Pa | | force per area, pressure | | hbar | hectobar | Pa | | force per area, pressure | | Btu/bhp.hr | Btus/brake-horsepower hour | Euc | | relative power | | Btu/hr.ft2.degR | Btus/hour foot squared deg R | W/m2.K | | heat transfer coefficient | | D.ft | darcy foot | m3 | | permeability length | | mol(kg)/s | moles (kilogram)/second | mol/s | | mole per time | | lbf/100ft | pounds force per hundred foot | N/m | | force per length | | C/m3 | coulombs/cubic metre | C/m3 | | charge density | | ft/us | foot per microsecond | m/s | | velocity | | C/m2 | coulombs/square metre | C/m2 | | electric polarization | | bbl/bbl | barrel/barrel | Euc | | volume per volume | | Btu/hr.ft2.degF | Btus/hour foot squared deg F | W/m2.K | | heat transfer coefficient | | Pa/m3 | pascals/cubic metre | Pa/m3 | | Darcy flow coefficient | | inUS | US Survey inch | m | | depth, distance, length, Cartesian coordinates | | mol(kg)/h | moles (kilogram)/hour | mol/s | | mole per time | | ppdk | parts per ten thousand | Euc | | mass concentration, volumic concentration | | klbm/in | thousand pound-mass per inch | kg/m | | linear density, mass per length | | L/km(100) | litres/100 kilometres | m2 | | volume per length | | C/kg | coulomb per kilogram | C/kg | | exposure (radioactivity) | | m/ms | metres/millisecond | m/s | | velocity | | mD.ft | millidarcy foot | m3 | | permeability length | | um2.m | square micron metres | m3 | | volume | | galUK/min.ft2 | UK gallons/minute square foot | m/s | | volume per time per area | | m3/tonUS | cubic meters per US ton | m3/kg | | massic volume, specific volume | | psf | pounds/square foot | Pa | lbf/ft3 | force per area, pressure | | mol/m2 | moles/square metre | mol/m2 | | mole per area | | mol/m3 | moles/cubic metre | mol/m3 | | concentration of B, amount of a substance | | psi | pound-force per square inch | Pa | | force per area, pressure | | M(ft3)/d | million cubic feet per day | m3/s | | volume flow rate | | m3/tonUK | cubic meters per UK ton | m3/kg | | massic volume, specific volume | | km/h | kilometres/hour | m/s | | velocity | | Mflops | megaflops | 1/s | | operations per time | | GW\.h | gigawatt hour | J | | work, energy | | m3/min | cubic meter per minute | m3/s | | volume flow rate | | N.m | newton metre | J | | moment of couple, moment of force, torque | | bbl/d | barrel per day | m3/s | | volume flow rate | | dB/m | decibels/metre | B/m | | attenuation per length | | ft/s2 | feet/second squared | m/s2 | | acceleration linear | | ftMA | Modified American Foot | m | | depth, distance, length, Cartesian coordinates | | cal/s.cm2.degC | calories/second square centimetre deg C | W/m2.K | | heat transfer coefficient | | kHz | kilohertz | rad/s | | frequency | | lbf/30m | pounds force per thirty meters | N/m | | force per length | | d/m3 | days/cubic metre | s/m3 | | time per volume | | g/dm3 | grams/cubic decimetre | kg/m3 | | density, mass density, volumic mass | | L/s2 | litres/second/second | m3/s2 | | volume per time per time | | N/m2 | newtons/square metre | Pa | | force per area, pressure | | N/m3 | newtons/cubic metre | N/m3 | | force per volume, pressure per length | | bbl/cP.d.psi | barrels/centiPoise day psi | m3/Pa2.s2 | | specific productivity index | | Wb | weber | Wb | | magnetic flux | | acre.ft/MMstb | acre feet/million stbs, 60 deg F | m3/scm(15C) | | volume per standard volume | | N/m | newtons/metre | N/m | | force per length, energy per area | | cm3/cm3 | cubic centimeters/ cubic centimetres | Euc | | volume per volume | | km/L | kilometres/litre | 1/m2 | | length per volume | | MMbbl | million barrels | m3 | | volume | | dB/O | decibels/octave | B/O | | attenuation | | ncurie | nanocurie | Bq | | activity (of radioactivity) | | tonUS/a | US tons/year | kg/s | | mass flow rate | | therm/ft3 | therms/cubic foot | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | tonUS/d | US tons/day | kg/s | | mass flow rate | | curie | curie | Bq | | activity (of radioactivity) | | GBq | gigabecquerel | Bq | | activity (of radioactivity) | | tonUS/h | US tons/hour | kg/s | | mass flow rate | | ft3/min | cubic foot per minute | m3/s | | volume flow rate | | galUK/min.ft | UK gallons/minute foot | m2/s | | volume per time per length | | yr(100k) | 100000 years | s | | time | | dyne.cm2 | dyne centimetre squared | N.m2 | | force area | | kW/m2 | kilowatts/square metre | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | kW/m3 | kilowatts/cubic metre | W/m3 | | power per volume | | mol(lbm)/h | moles (pounds mass)/hour | mol/s | | mole per time | | mmHg(0C) | millimetres of Mercury at 0 deg C | Pa | | force per area, pressure | | volppm | volume parts per million | Euc | | volume per volume | | ft3/min2 | (cubic foot per minute) per minute | m3/s2 | | volume per time per time | | b/elec | barns/electron | m2/mol | | cross section absorption | | s/qtUS | second per US quart | s/m3 | | time per volume | | mGal | milligalileo | m/s2 | | acceleration linear | | m/30m | metres per thirty metres | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | mol(lbm)/s | moles (pounds mass)/second | mol/s | | mole per time | | ns/ft | nanoseconds/foot | s/m | | slowness, time per length | | s/qtUK | second per UK quart | s/m3 | | time per volume | | 1/cm | per centimetre | 1/m | | per length, wave number | | MPa | megapascals | Pa | | force per area, pressure | | inHg(60F) | inches of mercury at 60 deg F | Pa | | force per area, pressure | | cm3/m3 | cubic centimetre/cubic metre | Euc | | volume per volume | | h/ft3 | hours/cubic foot | s/m3 | | time per volume | | TJ/a | terajoules/year | W | | heat flow rate | | m/s2 | metres/second squared | m/s2 | | acceleration linear | | m3/mol(kg) | cubic metres/mole (kilogram) | m3/mol | | molar volume | | km/s | kilometer per second | m/s | | velocity | | mmho/m | millimhos/metre | S/m | | conductivity | | dega/30ft | degrees of an angle per thirty feet | rad/m | | angle per length | | dAPI | API gravity | kg/m3 | | density, mass density, volumic mass | | in2/ft2 | square inches/square foot | Euc | | shear strain, area per area | | kgf.m2 | kilogram force metres squared | N.m2 | | force area | | tonfUS/ft | US tons force/foot | N/m | | force per length | | J/s.m2.degC | joules/second square metre deg C | W/m2.K | | heat transfer coefficient | | W/sr | watts/steradian | W/sr | | radiant intensity | | mPa | millipascal | Pa | | force per area, pressure | | galUS/d | US gallons per day | m3/s | | volume flow rate | | ms/cm | milliseconds/centimetre | s/m | | slowness, time per length | | degF/s | degrees Fahrenheit per second | K/s | | temperature per time | | ubar | microbars | Pa | | force per area, pressure | | ftInd(62) | Indian Foot, 1962 | m | | depth, distance, length, Cartesian coordinates | | inH2O(60F) | inches of water at 60 deg F | Pa | | force per area, pressure | | mm2/mm2 | square millimetres/square millimetre | Euc | | shear strain, area per area | | mmol | millimole | mol | | amount of substance | | Gsm3 | giga standard cubic metres 15C | scm(15C) | | standard volume | | kPa/min | kilopascal per min | Pa/s | | pressure per time | | ft/ms | foot per millisecond | m/s | | velocity | | degC.m2.h/kcal | degrees C square metres hours/kilocal | K.m2/W | | thermal insulance, coefficient of thermal insulation | | ppm/degC | part per million per degree Celsius | 1/K | | volumetric thermal expansion | | mJ/cm2 | millijoules/square centimetre | N/m | | energy per area | | daPa | decapascal | Pa | | | | ppm/degF | part per million per degree Fahrenheit | 1/K | | volumetric thermal expansion | | cal/s.cm.degC | calories/second centimetre deg C | W/m.K | | thermal conductivity | | L/h | liter per hour | m3/s | | volume flow rate | | lbm/s.ft2 | pounds mass/second square foot | kg/m2.s | | mass per time per area | | in2/s | square inches/second | m2/s | | kinematic viscosity, area per time, thermal diffusivity | | L/m | litres/metre | m2 | | volume per length | | Btu/hr.ft.degF | British thermal units/hour foot deg F | W/m.K | | thermal conductivity | | Btu/hr | British thermal unit/hour | W | | heat flow rate | | daN | decanewtons | N | | force | | L/t | litres/tonne | m3/kg | | massic volume, specific volume | | hhp | hydraulic horsepower | W | | power | | L/s | litres/second | m3/s | | volume flow rate | | sm3/sm3 | std cubic metres/ std cubic metres | Euc | | volume per volume | | mol(lbm)/s.ft2 | moles (pounds mass)/second square foot | mol/m2.s | | mole per time per area | | ft.lbf/lbm | foot pounds force/pound mass | J/kg | | specific energy | | 1000m3/d.m | thousand cubic meter per day per meter | m2/s | | volume per time per length | | degF/h | degrees Fahrenheit per hour | K/s | | temperature per time | | 1/ft | per foot | 1/m | | per length | | degF/m | degrees Fahrenheit per meter | K/m | | temperature per length | | Mpsi | million psi | Pa | | force per area, pressure | | m3/d2 | cubic metres/day/day | m3/s2 | | volume per time per time | | mm/a | millimetre per julian-year | m/s | | velocity | | W/m2.K | watts/square metre kelvin | W/m2.K | | heat transfer coefficient | | 1/bbl | per barrel | 1/m3 | | per volume | | MMstb(60F) | million stock tank barrels 60 deg F | scm(15C) | | standard volume | | kgkm | kilogram-kilometre | kgkm | | Payload-distance | | stb(60F)/d | stock tank barrels, 60 deg F/day | scm(15C)/s | | standard volume per time | | mrem/h | milli-rems per hour | Sv/s | | dose equivalent rate | | rev/min | revolutions/minute | rad/s | | angle per time | | mGer | German legal metre | m | | depth, distance, length, Cartesian coordinates | | TW\.h | terrawatt hours | J | | work, energy | | kW/m2.K | kilowatts/square metre degree Kelvin | W/m2.K | | heat transfer coefficient | | mA/ft2 | milliampere per square foot | A/m2 | | current density | | m/min | meter per minute | m/s | | velocity | | psi2.d/cP.ft3 | psi squared days/ centipoise cubic foot | Pa/m3 | | Darcy flow coefficient | | stb60/Mscm15 | stock tank barrels/ 1000 std cu metres | Euc | | volume per volume | | m2/d.kPa | square metres/day kiloPascal | m2/Pa.s | | unit productivity index | | ft/mi | feet/mile | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | kcal | kilocalories | J | | work, energy | | mSv | millisievert | Sv | | dose equivalent | | s/cm | seconds/centimetre | s/m | | slowness, time per length | | Wb/mm | webers/millimetre | Wb/m | | magnetic vector potential | | lbm/galUK | pounds mass/UK gallon | kg/m3 | | density, mass density, volumic mass | | m2/mol | square metres/mol | m2/mol | | cross section absorption | | GHz | gigahertz | rad/s | | frequency | | kN/m2 | kilonewtons/square metre | Pa | | force per area, pressure | | tonUK/min | UK tons/minute | kg/s | | mass flow rate | | Pa.s2/m3 | pascal seconds squared/ cubic metre | kg/m4 | | | | kPa | kilopascals | Pa | | force per area, pressure | | bbl/M(ft3) | barrel per million cubic feet | Euc | | volume per volume | | lbm/galUS | pounds mass/US gallon | kg/m3 | | density, mass density, volumic mass | | Sv/s | sievert per second | Sv/s | | dose equivalent rate | | m3/d.kPa | cubic metres/day kilopascal | m3/Pa.s | | productivity index | | TBq | terabecquerel | Bq | | activity (of radioactivity) | | pCi/g | picocurie per gram | Bq/kg | | specific activity (of radioactivity) | | footcandle.s | footcandle second | lx.s | | light exposure | | J/K | joules per delta kelvin | J/K | | heat capacity | | kPa2 | kilopascal squared | Pa2 | | pressure squared | | mol/m2.s | moles/square metre second | mol/m2.s | | mole per time per area | | kcal/cm3 | kilocalories/cubic centimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | Mscf(60F)/d | thousand standard cubic feet/day | scm(15C)/s | | standard volume per time | | qtUK | UK quarts | m3 | | volume | | grain/ft3 | grain per cubic foot | kg/m3 | | density, mass density, volumic mass | | chCla | Clarke chain | m | | breadth, diameter, distance, thickness, length, radius, height, Cartesian coordinates | | J/kg.K | joules/kilogram degree kelvin | J/kg.K | | massic heat capacity, specific heat capacity | | galUK/mi | UK gallons/mile | m2 | | volume per length | | 1/in | per inch | 1/m | | per length | | ft/in | feet/inch | Euc | | length per length, scale | | in/1000 | mil, a thousandth of an inch | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height | | ft3/s | cubic foot per second | m3/s | | volume flow rate | | ftUS | US Survey Foot | m | | depth, distance, length, Cartesian coordinates | | Btu/hr.m2.degC | Btus/hour metre squared deg C | W/m2.K | | heat transfer coefficient | | kg/kW\.h | kilograms/kilowatt hour | kg/J | | mass per energy | | s/ft | seconds/foot | s/m | | slowness, time per length | | ms/ft | millisecond per foot | s/m | | slowness, time per length | | J/g | joules/gram | J/kg | | specific energy | | kg.m/s | kilogram metres/second | kg.m/s | | impulse, momentum | | uH/m | microhenries/metre | H/m | | magnetic permeability | | Btu/s.ft2.degF | Btus/second per square foot deg F | W/m2.K | | heat transfer coefficient | | J/m | joules/metre | N | | energy per length | | J/mol | joules/mole | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | ft/bbl | feet/barrel | 1/m2 | | length per volume | | 1/kg | per kilogram | 1/kg | | per mass | | mSv/h | millisieverts per hour | Sv/s | | dose equivalent rate | | ftSe | Sears Foot | m | | depth, distance, length, Cartesian coordinates | | lbm/1000galUK | pounds mass/1000 UK gallons | kg/m3 | | density, mass density, volumic mass | | kEuc/s | thousand per second | 1/s | | per time | | mm/s | millimetres/second | m/s | | velocity | | krad | kiloradian | rad | | plane angle | | lbm/1000galUS | pounds mass/1000 US gallons | kg/m3 | | density, mass density, volumic mass | | Sv/h | sieverts per hour | Sv/s | | dose equivalent rate | | 1/bar | per bar | 1/Pa | | compressibility, bulk compressibility | | cm3/30min | cubic centimeter per thirty minutes | m3/s | | volume flow rate | | lkSe | Sears link | m | | depth, distance, length, Cartesian coordinates | | aJ | attojoule | J | | work, energy | | Btu/lbmole.F | Btus/pound mass mol deg F | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | galUS/sack94 | US gallons/94 lb sack | m3/kg | | massic volume, specific volume | | 1/lbm | per pound | 1/kg | | per mass | | ft.lbm | foot-pound mass | kg.m | | mass length | | m3/s.m2 | cubic metres/second square metre | m/s | | volume per time per area | | bar | bar | Pa | | force per area, pressure | | 1/m3 | per cubic metre | 1/m3 | | per volume | | lbf.ft | foot pounds force | J | | moment of couple, moment of force, torque | | 1/m2 | per square metre | 1/m2 | | per area | | m3/ha.m | cubic metres/hectare metre | Euc | | volume per volume | | degC/min | degrees Celsius per minute | K/s | | temperature per time | | sq mi | square miles | m2 | | area | | ft.lbf | foot pounds force | J | | moment of couple, moment of force, torque | | mWb | milliwebers | Wb | | magnetic flux | | 1/lbf | per pound-force | 1/N | | per force | | kgf.m | kilogram force metres | J | | moment of couple, moment of force, torque | | mila | angular mil | rad | | plane angle | | MMscm(15C)/d | million std cubic metres, 15 degC/day | scm(15C)/s | | standard volume per time | | ag | attogram | kg | | mass | | galUK/Mbbl | UK gallons/1000 barrels | Euc | | volume per volume | | hp/ft3 | horsepower per cubic foot | W/m3 | | power per volume | | 1/mm | per millimetre | 1/m | | per length, wave number | | degF/ft | degrees Fahrenheit/foot | K/m | | temperature per length | | Gohm | gigaohm | ohm | | impedance, resistance | | 1/mi | per mile | 1/m | | per length | | bbl | barrel | m3 | | volume | | kcal/h.m2.degC | kilocalorie/hour square metre deg C | W/m2.K | | heat transfer coefficient | | mK/m | millidegrees Kelvin/metre | K/m | | temperature per length | | MPa.s/m | megapascal seconds/metre (megarayl) | kg/m2.s | | mass per time per area | | pdl/cm | poundal per centimetre | N/m | | force per length | | tonUS/min | US tons/minute | kg/s | | mass flow rate | | at | Technical atmosphere | Pa | | force per area, pressure | | qtUS | US quarts | m3 | | volume | | kgf/kgf | kilogram force per kilogram force | Euc | | force per force | | kg/m2.s | kilograms/square metre seconds | kg/m2.s | | mass per time per area | | W/mm2 | watts per square millimeter | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | galUS/bbl | US gallons/barrels | Euc | | volume per volume | | Btu/lbm | British thermal units/pound mass | J/kg | | specific energy | | kgf/mm2 | thousand gram-force per square millimetre | Pa | | force per area, pressure | | cm/s2 | centimetre/second squared | m/s2 | | acceleration linear | | kft/h | thousand feet per hour | m/s | | velocity | | dm/s | decimeter per second | m/s | | velocity | | kg/d | kilogram per day | kg/s | | mass flow rate | | bcf | billion cubic feet | m3 | | volume | | Btu/lbm.degF | British thermal units/pound mass deg F | J/kg.K | | massic heat capacity, specific heat capacity | | galUK/hr.ft | UK gallons/hour foot | m2/s | | volume per time per length | | cal/mm3 | calories/cubic millimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | psi.d/bbl | psi day per barrel | Pa.s/m3 | | pressure time per volume | | mA/cm2 | milliampere per square centimeter | A/m2 | | current density | | kg/h | kilograms/hour | kg/s | | mass flow rate | | m2/m3 | square metres/cubic metre | 1/m | | area per volume | | kg/m | kilograms/metre | kg/m | | linear density, mass per length, linear mass | | Btu/lbm.degR | British thermal units/pound mass deg R | J/kg.K | | massic heat capacity, specific heat capacity | | mi/in | miles/inch | Euc | | length per length, scale | | 1/nm | per nanometre | 1/m | | per length, wave number | | MJ/a | megajoules/year | W | | power | | cP | centipoise | Pa.s | | dynamic viscosity | | kft/s | thousand feet per second | m/s | | velocity | | t/min | tonnes per minute | kg/s | | mass flow rate | | m2/kg | square metres/kilogram | m2/kg | | mass attenuation coefficient | | m2/Pa.s | square metres/second Pascal | m2/Pa.s | | mobility, unit productivity index | | m2/m2 | square metres/square metre | Euc | | shear strain, area per area | | h/km | hour per kilometer | s/m | | time per length | | eq/kg | equivalent per kilogram | eq/kg | | equivalent per mass | | h/m3 | hour per cubic meter | s/m3 | | time per volume | | 1000m3 | null | m3 | | | | dB | decibel | B | | level of power intensity | | MJ/m | megajoules/metre | N | | energy per length | | galUK/hr | UK gallons/hour | m3/s | | volume flow rate | | lbf.in2 | pound-force square inch | N.m2 | | force area | | cd | candela | cd | | luminous intensity | | kg/J | kilograms/joule | kg/J | | mass per energy | | ch | ch | W | | power | | H/m | henries/metre | H/m | | magnetic permeability | | kg.m | meter-kilogram | kg.m | | mass length | | eq/m3 | equivalents per cubic metre | eq/m3 | | equivalent per volume | | cal/h.cm2.degC | calories/hour square centimetre deg C | W/m2.K | | heat transfer coefficient | | cm | centimetre | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height, Cartesian coordinates | | kg/L | kilogram per litre | kg/m3 | | density, mass density, volumic mass | | lkUS | US Survey link | m | | depth, distance, length, Cartesian coordinates | | cs | ten milli second | s | | time | | rev/s | revolution per second | rad/s | | angle per time | | ct | carat | kg | | mass | | cd/m2 | candelas/square metre | cd/m2 | | luminance | | cu | capture unit | 1/m | | area per volume | | s/in | seconds/inch | s/m | | time per length | | m3/cP.d.kPa | cubic metres/centiPoise day kiloPascal | m3/Pa2.s2 | | specific productivity index | | dm3/m3 | cubic decimetres/cubic metre | Euc | | volume per volume | | M(m3) | million cubic meters | m3 | | volume | | mol(kg)/m3 | moles (kilogram)/cubic metre | mol/m3 | | concentration of B, amount of a substance | | galUS/hr2 | US gallons/hour/hour | m3/s2 | | volume per time per time | | kft.lbf | thousand foot pounds force | J | | moment of couple, moment of force, torque | | uF/m | microfarads/metre | F/m | | permittivity | | mina | angular minute | rad | | plane angle | | dm3/kg | cubic decimetres/kilogram | m3/kg | | massic volume, specific volume | | Btu/s | British thermal units/second | W | | heat flow rate | | L/tonUK | liter per UK ton | m3/kg | | massic volume, specific volume | | m3/Pa2.s2 | cubic metres/pascal second squared | m3/Pa2.s2 | | specific productivity index | | mi/h | miles/hour | m/s | | velocity | | bbl/min | barrel per minute | m3/s | | volume flow rate | | dm | decimetre | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height, Cartesian coordinates | | scm(15C)/s | std cubic metres, 15 deg C/second | scm(15C)/s | | standard volume per time | | V/dB | volts/decibel | V/B | | potential difference per per power drop | | eV | electronvolt | J | | work, energy | | W/K | Watts per delta kelvin | W/K | | thermal conductance | | tonfUS.mi/bbl | US ton force miles/barrel | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | GPa | gigapascal | Pa | | force per area, pressure | | m3/kW\.h | cubic metres/kilowatt hour | m3/J | | isothermal compressibility | | mol/s | moles/second | mol/s | | mole per time | | Mbbl | thousand barrels | m3 | | volume | | um2 | square microns | m2 | | area | | fC | femtocoulomb | C | | electric flux, electric charge, electric capacity | | daN.m | decanewton metres | J | | moment of couple, moment of force, torque | | W/W | watts/watt | Euc | | relative power | | 1000m4/d | thousand (cubic meter per day)-meter | m4/s | | volume length per time | | scm(15C)/d | std cubic metres at 15 deg C/day | scm(15C)/s | | standard volume per time | | galUK/hr.ft2 | UK gallons/hour square foot | m/s | | volume per time per area | | sigma | capture unit | 1/m | | area per volume | | m3(std,0C) | cubic metres at std condition (0 deg C) | mol | | amount of substance | | lbf/ft2(100) | pounds force/100 square foot | Pa | | force per area, pressure | | dega/min | angular degree per minute | rad/s | | angle per time, rotational frequency, circular frequency, rotational velocity | | footcandle | footcandle | lx | | illuminance | | mcurie | millicurie | Bq | | activity (of radioactivity) | | kW\.h/m3 | kilowatt hours/cubic metres | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | eq | equivalent | eq | | electrochemical equivalent | | galUS/min.ft2 | US gallons/minute square foot | m/s | | volume per time per area | | galUK/hr.in | UK gallons/hour inch | m2/s | | volume per time per length | | kW\.h/kg | kilowatt hours/kilogram | J/kg | | specific energy | | sq in | square inches | m2 | | area | | kJ/h.m2.K | kilojoules/hour square metre deg K | W/m2.K | | heat transfer coefficient | | kg/s | kilograms/second | kg/s | | mass flow rate | | wtppm | weight parts per million | Euc | | mass concentration | | s/m3 | seconds/cubic metre | s/m3 | | time per volume | | ftCla | Imperial Foot | m | | depth, distance, length, Cartesian coordinates | | mrad | milliradian | rad | | plane angle | | galUK/d | UK gallons per day | m3/s | | volume flow rate | | ft2/in3 | square foot per cubic inch | 1/m | | area per volume | | fm | femtometer | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height, Cartesian coordinates | | Tohm | teraohm | ohm | | impedance, resistance | | dm3 | cubic decimetre | m3 | | volume | | ft | foot | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height, Cartesian coordinates | | galUS/hr.ft2 | US gallons/hour square foot | m/s | | volume per time per area | | ydInd(37) | Indian yard (1937) | m | | depth, distance, length, Cartesian coordinates | | degC | degrees Celsius | K | | thermodynamic temperature | | kPa/m | kilopascals/metre | Pa/m | | force per volume, pressure per length | | 100 degC | null | K | | | | Btu/galUS | British thermal units/U.S. gallon | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | ydCla | Clarkes yard | m | | depth, distance, length, Cartesian coordinates | | kPa/h | kilopascal per hour | Pa/s | | pressure per time | | Mbbl.ft/d | thousand barrel feet/day | m4/s | | volume length per time | | gf | gram force | N | | force | | dm3/mol(kg) | cubic decimetres/kilogram mole | m3/mol | | molar volume | | bar/m | bar per meter | Pa/m | | force per volume, pressure per length | | ft/ft3 | feet/cubic foot | 1/m2 | | length per volume | | hL | hectoliter | m3 | | volume | | F/m | farads/metre | F/m | | permittivity | | gn | gravity | m/s2 | | acceleration linear | | kg/m4 | kilogram/metre fourth | kg/m4 | | mass per volume per length | | kg/m3 | kilograms/cubic metre | kg/m3 | | density, mass density, volumic mass | | kg/m2 | kilograms/square metre | kg/m2 | | surface density, areic mass | | gr | grad | rad | | plane angle | | m3/s.ft | cubic meter per second per foot | m2/s | | volume per time per length | | gu | gas unit | gu | | volumic concentration | | scm(15C) | standard cubic metres at 15 deg Celsius | scm(15C) | | standard volume | | Btu/galUK | British thermal units/U.K. gallon | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | m3/scm(0C) | cubic metres/std cubic metres, 0 deg C | m3/scm(0C) | | volume per standard volume | | erg/m3 | ergs/cubic metre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | pCi | | Bq | | activity (of radioactivity) | | ha | hectare | m2 | | area | | kg/kg | kilograms/kilogram | Euc | | mass concentration | | GPa/cm | gigapascal per centimeter | Pa/m | | force per volume, pressure per length | | bar/h | bar per hour | Pa/s | | pressure per time | | erg/kg | ergs/kilogram | J/kg | | specific energy | | MW\.h | megawatt hours | J | | work, energy | | kg.m/cm2 | kilogram metres/square centimetre | kg/m | | mass per length | | dm3/km(100) | cubic decimetres/100 kilometres | m2 | | volume per length | | 1/uV | per microvolt | 1/V | | per electric potential | | hp | horsepower | W | | power | | kcal/h.m.degC | kilocalories/hour metre degree Celsius | W/m.K | | thermal conductivity | | m3/bar.min | cubic meter per minute per bar | m3/Pa.s | | productivity index | | us/m | microseconds/metre | s/m | | slowness, time per length | | hs | hundred seconds | s | | time | | lbf/galUS | pounds force/US gallon | N/m3 | | force per volume, pressure per length | | bit | bit | byte | | digital storage | | kJ.m/h.m2.K | kilojoule metres/hour sq metre deg K | W/m.K | | energy length per time area temperature | | m3/Pa.s | cubic metres/second pascal | m3/Pa.s | | productivity index | | mJ/m2 | millijoules/square metre | N/m | | energy per area | | fathom | fathoms | m | | depth, length | | ft/min | feet/minute | m/s | | velocity | | J/g.K | joules/gram degree Kelvin | J/kg.K | | massic heat capacity, specific heat capacity | | mg/dm3 | milligrams/cubic decimetre | kg/m3 | | density, mass density, volumic mass | | cal/mL | calories/milliliter | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | stb60/scm15 | stock tank barrels/ std cu metres | Euc | | volume per volume | | bbl/hr | barrel/hour | m3/s | | volume flow rate | | fl ozUS | US fluid ounces | m3 | | volume | | cmH2O(4degC) | cm of water at 4 degC. | Pa | | force per area, pressure | | 1/psi | per psi | 1/Pa | | compressibility, bulk compressibility | | degR | degrees Rankine | K | | thermodynamic temperature | | lbmole/galUS | moles (pounds mass)/US gallon | mol/m3 | | concentration of B, amount of a substance | | ft3 | cubic foot | m3 | | volume | | lbm/in3 | pound-mass per cubic inch | kg/m3 | | density, mass density, volumic mass | | mg/L | milligram per litre | kg/m3 | | density, mass density, volumic mass | | bbl/acre.ft | barrel/acre foot | Euc | | volume per volume | | fl ozUK | UK fluid ounce | m3 | | volume | | ft2 | square foot | m2 | | area | | in | inch | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height, Cartesian coordinates | | mg/J | milligrams/joule | kg/J | | mass per energy | | erg/a | ergs/year | W | | heat flow rate | | uohm | microohm | ohm | | impedance, resistance | | degF | degree Fahrenheit | K | | thermodynamic temperature | | mol(lbm)/galUK | moles (pounds mass)/UK gallon | mol/m3 | | concentration of B, amount of a substance | | ch.h | ch hours | J | | work, energy | | m3/Pa/s | (cubic metres/second) per pascal | m3/Pa/s | m3/Pa.s | productivity index | | ptUK/Mbbl | UK pints/1000 barrels | Euc | | volume per volume | | dega | angular degree | rad | | plane angle | | erg/g | ergs/gram | J/kg | | specific energy | | galUS/ft3 | US gallons/cubic foot | Euc | | volume per volume | | galUS/Mbbl | US gallons/1000 barrels | Euc | | volume per volume | | kA | kiloampere | A | | electric current, magnetic potential difference, magnetomotive force | | mol(lbm)/galUS | moles (pounds mass)/US gallon | mol/m3 | | concentration of B, amount of a substance | | stb(60F)/acre | stock tank barrels, 60 deg F/acre | scm(15C)/m2 | | standard volume per area | | dm3/s2 | cubic decimetres/second/second | m3/s2 | | volume per time per time | | kC | kilocoulombs | C | | electric flux, electric charge, electric capacity | | bbl/in | barrel/inch | m2 | | volume per length | | kJ/dm3 | kilojoules/cubic decimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | lbmole/galUK | moles (pounds mass)/UK gallon | mol/m3 | | concentration of B, amount of a substance | | mrem | milli-rem | Sv | | dose equivalent | | kJ | kilojoules | J | | work, energy | | bbl/ft | barrel/foot | m2 | | volume per length | | D.m | darcy metre | m3 | | permeability length | | kN | kilonewtons | N | | force | | lbm/10bbl | pounds mass per 10 barrel | kg/m3 | | density, mass density, volumic mass | | cm3/g | cubic centimetres/gram | m3/kg | | massic volume, specific volume | | inHg(32F) | inches of mercury at 32 deg F | Pa | | force per area, pressure | | psi/ft(100) | pounds/square inch per 100 feet | Pa/m | | force per volume, pressure per length | | cal/kg | calories/kilogram | J/kg | | specific energy | | cm3/h | cubic centimeter per hour | m3/s | | volume flow rate | | dega/30m | degrees of an angle/30 metres | rad/m | | angle per length | | cm3/s | cubic centimeter per second | m3/s | | volume flow rate | | inH2O(39.2F) | inches of water at 39.2 deg F | Pa | | force per area, pressure | | kS | kilosiemens | S | | susceptance, admittance, electric conductance | | lbmole/s.ft2 | moles (pounds mass)/second square foot | mol/m2.s | | mole per time per area | | kV | kilovolt | V | | electric potential | | kW | kilowatts | W | | heat flow rate, power | | lkBnB | British link 1895 B | m | | depth, distance, length, Cartesian coordinates | | lkBnA | British link 1895 A | m | | depth, distance, length, Cartesian coordinates | | mV/m | millivolt per meter | V/m | | electric field strength | | therm/galUK | therms/UK gallon | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | ucurie | microcurie | Bq | | activity (of radioactivity) | | galUK/min2 | UK gallons/minute/minute | m3/s2 | | volume per time per time | | klbf | thousand pound-force | N | | force | | kg | kilogram | kg | | mass | | psi/min | psi per minute | Pa/s | | pressure per time | | ft3/lbm | cubic foot per pound-mass | m3/kg | | massic volume, specific volume | | klbm | thousand pound-mass | kg | | mass | | d/ft3 | days/cubic foot | s/m3 | | time per volume | | km | kilometre | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height, Cartesian coordinates | | bbl/hr2 | barrels/hour/hour | m3/s2 | | volume per time per time | | m2 | square metres | m2 | | area | | 1/wk | per week | 1/s | | per time | | psi/kft | pounds/square inch per thousand feet | Pa/m | | force per volume, pressure per length | | m3 | cubic metres | m3 | | volume | | m4 | metres fourth | m4 | | second moment of area, moment of section | | ft3/ft | cubic feet/foot | m2 | | volume per length | | Mcf | thousand cubic feet | m3 | | volume | | mA | milliamp | A | | electric current, magnetic potential difference, magnetomotive force | | nCi | | Bq | | activity (of radioactivity) | | mC | millicoulomb | C | | electric flux, electric charge, electric capacity | | mD | millidarcy | m2 | | permeability rock | | d/k(ft3) | day per thousand cubic feet | s/m3 | | time per volume | | mH | millihenries | H | | self inductance, permeance | | ft3/h2 | (cubic foot per hour) per hour | m3/s2 | | volume per time per time | | L/10bbl | liter per ten barrel | Euc | | volume per volume | | mJ | millijoules | J | | work, energy | | mL | millilitre | m3 | | volume | | lm | lumen | lm | | luminous flux | | mN | millinewtons | N | | force | | h/kft | hour per thousand foot | s/m | | time per length | | dyne.s/cm2 | dyne seconds/square centimetre | Pa.s | | dynamic viscosity | | uV/ft | microvolt per foot | V/m | | electric field strength | | MMstb/acre | million stock tank barrels 60 deg F/acre | scm(15C)/m2 | | standard volume per area | | mS | millisiemen | S | | susceptance, admittance, electric conductance | | mT | milliteslas | T | | magnetic induction, magnetic flux density | | m2/cm3 | square metres/cubic centimetre | 1/m | | area per volume | | Msm3 | mega standard cubic metres 15C | scm(15C) | | standard volume | | mV | millivolts | V | | electric potential | | ydInd(75) | Indian yard (1975) | m | | depth, distance, length, Cartesian coordinates | | Btu.in/hr.ft2.F | Btus/hour foot squared deg F per inch | W/m.K | | energy length per time area temperature | | degF/100ft | degrees Fahrenheit/100 feet. | K/m | | temperature per length | | mW | milliwatt | W | | heat flow rate, power | | lx | lux | lx | | illuminance | | A/cm2 | ampere per square centimeter | A/m2 | | current density | | nA | nanoampere | A | | electric current, magnetic potential difference, magnetomotive force | | nC | nanocoulomb | C | | electric flux, electric charge, electric capacity | | d/bbl | day per barrel | s/m3 | | time per volume | | mg | milligram | kg | | mass | | nH | nanohenry | H | | self inductance, permeance | | grain | grain | kg | | mass | | mi | mile | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, height, Cartesian coordinates | | nJ | nanojoules | J | | work, energy | | kbbl/d | thousand barrels per day | m3/s | | volume flow rate | | MeV | megaelectronvolt | J | | work, energy | | mm | millimetres | m | | length | | bbl/ft3 | barrel per cubic foot | Euc | | volume per volume | | ms | milliseconds | s | | time | | nT | nanoteslas | T | | magnetic induction, magnetic flux density | | tonUS | US tons | kg | | mass | | nW | nanowatts | W | | heat flow rate, power | | lbm/galUS.ft | pounds mass/US gallon foot | kg/m4 | | mass per volume per length | | mD.in2/lbf.s | millidarcy sq inches/pound force second | m2/Pa.s | | mobility | | S/m | siemens/metre | S/m | | conductivity | | ohm.cm | ohm centimetres | ohm.m | | electrical resistivity | | s/L | second per litre | s/m3 | | time per volume | | W/m.K | watts/metre kelvin | W/m.K | | energy length per time area temperature, thermal conductivity | | CV.h | CV hours | J | | work, energy | | mol(lbm)/ft3 | moles (pounds mass)/cubic foot | mol/m3 | | concentration of B, amount of a substance | | lbm/hp.h | pounds mass/horsepower hour | kg/J | | mass per energy | | uA/cm2 | microampere per square centimeter | A/m2 | | current density | | ohm | ohm | ohm | | impedance, resistance | | mg/galUS | milligrams/US gallon | kg/m3 | | density, mass density, volumic mass | | Mg/m2 | megagrams/square metre | kg/m2 | | surface density, areic mass | | cal/mol(g).degC | calories/gram mol degree celsius | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | Mg/m3 | megagram per cubic metre | kg/m3 | | density, mass density, volumic mass | | 1/yd | per yard | 1/m | | per length | | gal/sack | US gallons/94 lb sack | m3/kg | | massic volume, specific volume | | nm | nanometres | m | | wavelength, breadth, diameter, thickness, radius of curvature, length, length of path, radius, mean free path, height | | tonUK | UK tons | kg | | mass | | bbl/d2 | (barrel per day) per day | m3/s2 | | volume per time per time | | kg/dm4 | kilograms/decimetre fourth | kg/m4 | | mass per volume per length | | kcal/m3 | kilocalroies/cubic metre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | B/O | bels/octave | B/O | | attenuation | | ns | nanoseconds | s | | time | | in/a | inch per julian-year | m/s | | velocity | | N.m/m | newton metres/metre | N | | force length per length | | kcal/mol | kilocalories/mole (gram) | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | kohm.m | kilo ohm metre | ohm.m | | electrical resistivity | | hhp/in2 | (hydraulic) horsepower per square inch | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | kg/dm3 | kilograms/cubic decimetre | kg/m3 | | density, mass density, volumic mass | | s/m | seconds/metre | s/m | | interval transit time, slowness, time per length | | pA | picoampere | A | | electric current, magnetic potential difference, magnetomotive force | | ft/degF | feet/degree Fahrenheit | m/K | | length per temperature | | pC | picocoulomb | C | | electric flux, electric charge, electric capacity | | mol(lbm) | moles (pounds mass) | mol | | amount of substance | | MPa/h | megapascal per hour | Pa/s | | pressure per time | | pF | picrofarads | F | | capacitance | | bbl/tonUK | barrel per U.K. ton | m3/kg | | massic volume, specific volume | | lbf.in/in | pounds force inches/inch | N | | force length per length | | pH | pH | pH | | pH | | meq | milliequivalent | eq | | electrochemical equivalent | | Btu/s.ft2 | British thermal units/second square foot | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | Btu/s.ft3 | Btus/second per cubic foot | W/m3 | | power per volume | | bar2/cP | bar squared per centipoise | Pa/s | | pressure squared per (dynamic viscosity) | | dm3/m | cubic decimetres/metre | m2 | | volume per length | | kcal/kg | kilocalories/kilogram | J/kg | | specific energy | | dm3/t | cubic decimetres/ton | m3/kg | | massic volume, specific volume | | dm3/s | cubic decimetres/second | m3/s | | volume flow rate | | MPa/m | megapascal per meter | Pa/m | | force per volume, pressure per length | | bbl/tonUS | barrel per U.S. ton | m3/kg | | massic volume, specific volume | | B/m | bels/metre | B/m | | attenuation per length | | m3/bar.h | cubic meter per hour per bar | m3/Pa.s | | productivity index | | kbyte | kilobyte | byte | | digital storage | | ftInd | Indian Foot | m | | depth, distance, length, Cartesian coordinates | | oz(av) | avoirdupois ounces | kg | | mass | | pS | picosiemens | S | | susceptance, admittance, electric conductance | | bps | bits per second | bps | Bd | data transmission speed | | kdyne | kilkodynes | N | | force | | m3/bar.d | cubic meter per day per bar | m3/Pa.s | | productivity index | | 1/H | inverse henry | 1/H | | reluctance | | J/cm2 | joules/square centimetre | N/m | | energy per area | | MMscf(60F)/d | million standard cubic feet/day | scm(15C)/s | | standard volume per time | | nautmi | nautical mile | m | | depth, distance, length, Cartesian coordinates | | 1/K | per Kelvin | 1/K | | linear thermal expansion, volumetric thermal expansion | | Mgf | million gram-force | N | | force | | 1/L | per litre | 1/m3 | | per volume | | lbf/1000ft2 | null | Pa | | | | 1/N | per Newton | 1/N | | per force | | ft3/d2 | (cubic foot per day) per day | m3/s2 | | volume per time per time | | Mscm3 | million standard cubic metres 15C | scm(15C) | | standard volume | | erg/cm2 | ergs/square centimetre | N/m | | energy per area | | erg/cm3 | ergs/cubic centimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | Mg/in | thousand kilograms per inch | kg/m | | linear density, mass per length | | 1/V | per Volt | 1/V | | per electric potential | | m4/s | metres fourth/second | m4/s | | volume length per time | | sm3/ksm3 | std cubic metres/ 1000 std cubic metre | Euc | | volume per volume | | mm3/J | cubic millimetres/joule | m3/J | | isothermal compressibility | | pm | picometer | m | | wavelength, breadth, diameter, thickness, radius of curvature, length, length of path, radius, mean free path, height | | m3/psi.d | cubic meter per day per (pound per square inch) | m3/Pa.s | | productivity index | | 1/a | per julian-year | 1/s | | per time | | unit | name | base unit | same units | quantity types | | --------------- | ------------------------------------------ | ----------- | ------------ | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | | ps | picosecond | s | | time | | ydInd | Indian yard | m | | depth, distance, length, Cartesian coordinates | | mm2/s | square millimetres/second | m2/s | | kinematic viscosity, area per time, thermal diffusivity | | seca | angular second | rad | | plane angle | | 1/d | per day | 1/s | | per time | | bbl/d.ft.psi | barrels/day foot pounds/sq in | m2/Pa.s | | unit productivity index | | 1/g | per gram | 1/kg | | per mass | | Pa.s/m3 | pascal seconds/cubic metre | Pa.s/m3 | | acoustic impedance, pressure time per volume | | 1/h | per hour | 1/s | | per time | | m2/h | square metres/hour | m2/s | | kinematic viscosity, area per time, thermal diffusivity | | kcd | kilocandela | cd | | luminous intensity | | ft3/kg | cubic foot per kilogram | m3/kg | | massic volume, specific volume | | 1/m | per metre | 1/m | | per length, wave number | | m2/g | square metres/gram | m2/kg | | mass attenuation coefficient | | psi2.d2/cp.ft6 | (psi days/cubic foot)squared/centipoise | Pa.s/m6 | | nonDarcy flow coefficient | | in/64 | 64th of an inch | m | | breadth, diameter, thickness, radius of curvature, length, radius, height, Cartesian coordinates | | lbm/galUS(1000) | pounds mass/1000 US gallons | kg/m3 | | density, mass density, volumic mass | | 1/s | per second | 1/s | | per time, operations per time, frequency | | mgn | milligravity | m/s2 | | acceleration linear | | mi3 | cubic mile | m3 | | volume | | mi2 | square mile | m2 | | area | | psi2 | psi squared | Pa2 | | pressure squared | | volpercent | volume percent | Euc | | volume per volume | | tonfUS.ft2 | US tons force feet squared | N.m2 | | force area | | bbl/MMscf(60F) | barrels/million std cubic feet, 60 degF | m3/scm(15C) | | volume per standard volume | | cSt | centiStoke | m2/s | | kinematic viscosity, area per time | | tonfUK/ft | UK tons force/foot | N/m | | force per length | | MMcf | million cubic feet | m3 | | volume | | mseca | milliseconds angular | rad | | plane angle | | rpm/s | (revolution per minute) per second | rad/s2 | | angular acceleration | | kW\.h/dm3 | kilowatt hour per cubic decimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | A.m2 | amperes metres squared | A.m2 | | electromagnetic moment | | tonfUS.mi | US tons force miles | J | | moment of couple, moment of force, torque | | M(ft3)/acre.ft | million cubic feet per acre-foot | Euc | | volume per volume | | rd | rad | Gy | | absorbed dose | | mEuc | milliEuclid | Euc | | dimensionless, poisson ratio | | mho | mhos | S | | susceptance, admittance, electric conductance | | galUK/hr.in2 | UK gallons/hour square inch | m/s | | volume per time per area | | in/s | inches/second | m/s | | velocity | | galUS/hr.in2 | US gallons/hour square inch | m/s | | volume per time per area | | meq/100g | milliequivalents/ hectogram | eq/kg | | equivalent per mass | | cu in | cubic inch | m3 | | volume | | keV | kiloelectronvolt | J | | work, energy | | Btu | British thermal unit | J | | work, energy | | umol | micromole | mol | | amount of substance | | rem/h | rems per hour | Sv/s | | dose equivalent rate | | kpsi | thousand psi | Pa | | force per area, pressure | | MW\.h/kg | megawatt hours/kilogram | J/kg | | specific energy | | Grad | gigaradian | rad | | plane angle | | bar2 | bar squared | Pa2 | | pressure squared | | mil | mil, a thousandth of an inch | m | | wavelength, breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, mean free path, height | | min | minutes | s | | time | | cal/g.K | calories/gram degree Kelvin | J/kg.K | | massic heat capacity, specific heat capacity | | 1/100 degC | null | K | | | | psig | pounds/square inch gauge | Pa | | force per area, pressure | | M(ft3) | million cubic feet | m3 | | volume | | m3/cP.Pa.s | cubic metres/centiPoise Pascal second | m3/Pa2.s2 | | specific productivity index | | mol(kg) | mole (kilogram) | mol | | amount of substance | | degC/100m | degrees Celsius per hundred metre | K/m | | temperature per length | | MW\.h/m3 | megawatt hours/cubic metre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | Btu/lbmole | British thermal units/pound mass mol | J/mol | | chemical potential, affinity of a chemical reaction, molar thermodynamic energy | | sr | steradian | sr | | solid angle | | Mohm | megaohm | ohm | | impedance, resistance | | therm/lbm | therms/pound mass | J/kg | | specific energy | | lbm/s.ft | pounds mass/second foot | Pa.s | | mass per time per length | | scf(60F)/ft3 | std cubic feet at 60 deg Ft/cubic foot | scm(15C)/m3 | | standard volume per volume | | uA | microampere | A | | electric current, magnetic potential difference, magnetomotive force | | scf(60F)/ft2 | std cubic feet at 60 deg F/square foot | scm(15C)/m2 | | standard volume per area | | uC | microcoulomb | C | | electric flux, electric charge, electric capacity | | kJ/mol(kg).K | kilojoules/mole (kilogram) deg K | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | psia | pounds/square inch absolute | Pa | | force per area, pressure | | uF | microfarads | F | | capacitance | | in/32 | 32nd of an inch | m | | breadth, diameter, thickness, radius of curvature, length, radius, height, Cartesian coordinates | | uH | microhenry | H | | self inductance, permeance | | uJ | microjoules | J | | work, energy | | MMstb(60F)/d | million stock tank barrels, 60 deg F/day | scm(15C)/s | | standard volume per time | | Pa.s/m6 | pascal second /cubic metre squared | Pa.s/m6 | | nonDarcy flow coefficient | | Btu/hr.ft2 | Btus/hour per square foot | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | ft/galUS | feet/US gallon | 1/m2 | | length per volume | | Btu/hr.ft3 | British thermal units/hour cubic foot | W/m3 | | power per volume | | uN | micronewtons | N | | force | | m2/s | square metres/second | m2/s | | kinematic viscosity, area per time, thermal diffusivity, diffusion coefficient | | (dyne/cm)4/gcm3 | dynes/centimetre fourth/gram cm cubed | N4/kg.m7 | | parachor | | gamma | gamma | A/m | | magnetization, magnetic field strength, linear electric current density | | kgf/cm | thousand gram-force per centimetre | N/m | | force per length | | ksm3/d | thousand std cubic metres/ day | scm(15C)/s | | standard volume per time | | uS | microsiemens | S | | susceptance, admittance, electric conductance | | uT | microteslas | T | | magnetic induction, magnetic flux density | | pPa | picopascal | Pa | | force per area, pressure | | m3(std,15C) | cubic metres at std condition (15 deg C) | mol | | amount of substance | | uV | microvolts | V | | electric potential | | uW | microwatts | W | | heat flow rate, power | | lbm/h.ft | pounds mass/hour foot | Pa.s | | mass per time per length | | galUS/min2 | US gallons/minute/minute | m3/s2 | | volume per time per time | | um/s | micrometer per second | m/s | | velocity | | uW/m3 | microwatts/cubic metre | W/m3 | | power per volume | | kgf | kilogram force | N | | force | | bbl/mi | barrel/mile | m2 | | volume per length | | kN/m | kilonewtons/metre | N/m | | force per length | | Mscf60/stb60 | thousand std cu ft/ stock tank barrel | Euc | | volume per volume | | ns/m | nanoseconds/metre | s/m | | slowness, time per length | | mm3 | cubic millimetres | m3 | | volume | | ug | micrograms | kg | | mass | | lbm.ft/s | foot pound-mass per second | kg.m/s | | impulse, momentum | | mm2 | square millimetres | m2 | | area | | cu ft | cubic feet | m3 | ft3(std,60F) | volume | | galUK/min | UK gallons/minute | m3/s | | volume flow rate | | um | microns | m | | wavelength, breadth, diameter, thickness, radius of curvature, length, length of path, radius, mean free path, height | | MBtu/hr | million Btus/hour | W | | heat flow rate | | us | microsecond | s | | time | | g/cm4 | grams/centimetre fourth | kg/m4 | | mass per volume per length | | galUS/tonUK | US gallons/UK ton | m3/kg | | massic volume, specific volume | | g/cm3 | grams/cubic centimetre | kg/m3 | | density, mass density, volumic mass | | galUS/lbm | US gallons/pound mass | m3/kg | | massic volume, specific volume | | lbm/galUK.ft | pounds mass/UK gallon foot | kg/m4 | | mass per volume per length | | ucal/s.cm2 | microcalories/second square centimetre | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | in2/in2 | square inches/square inch | Euc | | shear strain, area per area | | kW/cm2 | kilowatts/square centimetre | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | Gal | galileo | m/s2 | | acceleration linear | | in/10 | tenth of an inch | m | | breadth, diameter, thickness, radius of curvature, length, radius, height, Cartesian coordinates | | kcal/kg.degC | kilocalories/kilogram degree Celsius | J/kg.K | | massic heat capacity, specific heat capacity | | kN.m | kilonewton metres | J | | moment of couple, moment of force, torque | | talbot | talbot | lm.s | | quantity of light | | kPa.s/m | kilopascal seconds/metre | kg/m2.s | | mass per time per area | | in/16 | 16th of an inch | m | | breadth, diameter, thickness, radius of curvature, length, radius, height, Cartesian coordinates | | nohm | nanohm | ohm | | impedance, resistance | | galUS/tonUS | US gallons/US ton | m3/kg | | massic volume, specific volume | | knot | knots | m/s | | velocity | | GPa2 | gigapascal squared | Pa2 | | pressure squared | | degF/min | degrees Fahrenheit per minute | K/s | | temperature per time | | lbm/ft4 | pound-mass per foot to the fourth power | kg/m4 | | mass per volume per length | | bbl/acre | barrels/acre | m | | volume per area | | lbm/ft2 | pound-mass per square foot | kg/m2 | | surface density, areic mass | | Mbyte | megabyte | byte | | digital storage | | lbm/ft3 | pound-mass per cubic foot | kg/m3 | | density, mass density, volumic mass | | ddegR | change in degrees Rankine | K | | delta temperature | | lbf/lbf | pound force per pound force | Euc | | force per force | | 1000ft3/d | thousand cubic feet per day | m3/s | | volume flow rate | | ft.lbf/galUS | foot pounds force/US gallon | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | hp.hr/bbl | horsepower hours/barrel | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | bbl/kPa.d | barrel per day per kilopascal | m3/Pa.s | | productivity index | | galUS/Mscf(60F) | US gals/1000 std cubic feet, 60 deg F | m3/scm(15C) | | volume per standard volume | | ddegC | change in degrees Celsius | K | | delta temperature | | ft3/sack94 | cubic feet per 94 pound sack | m3/kg | | massic volume, specific volume | | ddegF | change in degrees Fahrenheit | K | | delta temperature | | MMscf60/stb60 | million std cu ft/ stock tank barrel | Euc | | volume per volume | | wk | weeks | s | | time | | mN.m2 | millinewton metres squared | N.m2 | | force area | | tonfUS.mi/ft | US tons force miles/foot | N | | force length per length | | ddegK | change in degrees Kelvin | K | | delta temperature | | K.m2/kW | degrees Kelvin square metres/kilowatt | K.m2/W | | thermal insulance, coefficient of thermal insulation | | L/kmol | litres/mole (kilogram) | m3/mol | | molar volume | | uA/in2 | microampere per square inch | A/m2 | | current density | | ft.lbf/bbl | foot pounds force/barrel | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | dyne/cm | dynes/centimetre | N/m | | force per length | | scm(0C)/m3 | std cubic metres, 0 deg C/cubic metre | scm(0C)/m3 | | standard volume per volume | | scm(0C)/m2 | std cubic metres, 0 deg C/square metre | scm(0C)/m2 | | standard volume per area | | 1000ft3/d.ft | thousand cubic feet per day per foot | m2/s | | volume per time per length | | lbm.ft2/s2 | pounds mass square feet/second squared | J | | moment of couple, moment of force, torque | | lbmole/ft3 | moles (pounds mass)/cubic foot | mol/m3 | | concentration of B, amount of a substance | | ft/100ft | feet per 100 feet | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | C/cm3 | coulomb per cubic centimetre | C/m3 | | charge density | | 1/km2 | per square kilometre | 1/m2 | | per area | | C/cm2 | coulomb per square centimetre | C/m2 | | electric polarization | | nAPI | API neutron units | nAPI | | neutron API unit | | galUS/min.ft | US gallons/minute foot | m2/s | | volume per time per length | | MMstb/acre.ft | million stbs, 60 deg F/acre foot | scm(15C)/m3 | | standard volume per volume | | tonUS/ft2 | US tons/square foot | kg/m2 | | surface density, areic mass | | tonfUK | UK tons force | N | | force | | mol | mole | mol | | amount of substance | | yd | yards | m | | breadth, diameter, distance, thickness, radius of curvature, length, length of path, radius, height, Cartesian coordinates | | kpsi2 | (thousand psi) squared | Pa2 | | pressure squared | | km3 | cubic kilometres | m3 | | volume | | tonfUS | US tons force | N | | force | | km2 | square kilometres | m2 | | area | | MMscm(15C) | million standard cubic metres 15C | scm(15C) | | standard volume | | scf(60F)/d | standard cubic feet/day | scm(15C)/s | | standard volume per time | | kdaN | null | N | | | | GeV | gigaelectronvolt | J | | work, energy | | bbl/stb(60F) | barrels/stock tank barrel, 60 deg F | m3/scm(15C) | | volume per standard volume | | cal/mol.degC | calories/gram mol degree celsius | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | N.m2 | newton square metres | N.m2 | | force area | | 1/upsi | per millionth of psi | 1/Pa | | compressibility, bulk compressibility | | ft3/min.ft2 | cubic feet/min square foot | m/s | | volume per time per area | | m/K | metres/degree kelvin | m/K | | length per temperature | | dm3/kmol | cubic decimetres/kilogram mole | m3/mol | | molar volume | | ksm3/sm3 | 1000 std cubic metres/ std cubic metre | Euc | | volume per volume | | kPa2/cP | kilopascal squared per centipoise | Pa/s | | pressure squared per (dynamic viscosity) | | c/min | cycles per minute | rad/s | 1/min | per time, operations per time, frequency | | uohm/ft | microhm per foot | ohm/m | | resistivity per length | | (N/m)4/kg.m3 | newton/metre fourth/kilogram metre cubed | N4/kg.m7 | | parachor | | kPa2/kcP | kilopascal squared per thousand centipoise | Pa/s | | pressure squared per (dynamic viscosity) | | degC/ft | degrees Celsius per foot | K/m | | temperature per length | | klx | kilolux | lx | | illuminance | | in/min | inches/minute | m/s | | velocity | | ft/s | feet/second | m/s | | velocity | | lbm/ft.s | pounds mass/foot second | Pa.s | lbm/s.ft2 | mass per time per length | | m/d | metres/day | m/s | | velocity | | K.m2/W | kelvin metres squared/watt | K.m2/W | | thermal insulance, coefficient of thermal insulation | | W/m3.K | watts/cubic metre kelvin | W/m3.K | | volumetric heat transfer coefficient | | kg/min | kilogram per min | kg/s | | mass flow rate | | Mstb(60F)/d | thousand stock tank barrels,60 deg F/day | scm(15C)/s | | standard volume per time | | m/h | metres/hour | m/s | | velocity | | MJ/m3 | megajoules/cubic metre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | lbm/ft.h | pounds mass/foot hour | Pa.s | | mass per time per length | | m/m | metres/metre | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | m/s | metres/second | m/s | | velocity | | MJ/kg | megajoules/kilogram | J/kg | | specific energy | | Btu/mol(lbm).F | Btus/pound mass mol deg F | J/mol.K | | molar heat capacity, molar gas constant, molar entropy | | Btu/min | British thermal units/minute | W | | heat flow rate | | ft/d | feet/day | m/s | | velocity | | lbf/100ft2 | pounds force/100 square foot | Pa | | force per area, pressure | | ft/h | feet/hour | m/s | | velocity | | sq ft | square feet | m2 | | area | | W/m2.sr | watts/square metre steradian | W/m2.sr | | radiance | | ft3/mol(lbm) | cubic feet/mole (pound mass) | m3/mol | | molar volume | | ft/m | feet/metre | Euc | | linear strain, relative elongation, length per length, linear concentration, scale | | lbm(million)/yr | million pounds mass/year | kg/s | | mass flow rate | | cal/lbm | calories/pound mass | J/kg | | specific energy | | scf(60F)/bbl | std cubic feet at 60 deg F/barrel | scm(15C)/m3 | | standard volume per volume | | lbmole/h.ft2 | moles (pounds mass)/hour square foot | mol/m2.s | | mole per time per area | | mN/m | millinewtons/metre | N/m | | force per length | | cubem | cubic mile | m3 | | volume | | chBnB | Benoit chain (1895 B) | m | | breadth, diameter, distance, thickness, length, radius, height, Cartesian coordinates | | ft3/lbmole | cubic feet/mole (pound mass) | m3/mol | | molar volume | | chBnA | Benoit chain (1895 A) | m | | breadth, diameter, distance, thickness, length, radius, height, Cartesian coordinates | | lm.s | lumen second | lm.s | | quantity of light | | us/ft | microseconds/foot | s/m | | slowness, time per length | | lm/W | lumens/watt | lm/W | | luminous efficacy | | meq/cm3 | milliequivalents/ cubic centimeter | eq/m3 | | equivalent per volume | | ft3/scf(60F) | cubic feet/std cubic foot, 60 deg F | m3/scm(15C) | | volume per standard volume | | degC/s | degrees Celsius per second | K/s | | temperature per time | | unitless | unitless | Euc | | dimensionless | | stb(60F) | stock tank barrel at 60 deg F | scm(15C) | | standard volume | | eq/L | equivalents/ Liter | eq/m3 | | equivalent per volume | | in/in.degF | inches/inch degree Fahrenheit | 1/K | | linear thermal expansion | | lbm/min | pound-mass per minute | kg/s | | mass flow rate | | ptUS/10bbl | US pint per ten barrel | Euc | | volume per volume | | 1/galUS | per US gallon | 1/m3 | | per volume | | Pa(g) | pascal gauge | Pa | | force per area, pressure | | cal/h.cm.degC | calories/hour centimetre degree Celsius | W/m.K | | thermal conductivity | | K/W | delta kelvin per watt | K/W | | thermal resistance | | 1/galUK | per UK gallon | 1/m3 | | per volume | | ptUS | US pints | m3 | | volume | | ft2/s | square feet/second | m2/s | | kinematic viscosity, area per time, thermal diffusivity | | scm(15C)/m3 | std cubic metres, 15 deg C/cubic metre | scm(15C)/m3 | | stadard volume per volume | | in3/ft | cubic inches/foot | m2 | | volume per length | | meq/g | milliequivalents/ gram | eq/kg | | equivalent per mass | | psi2.d2/cP.ft6 | (psi days/cubic foot)squared/centipoise | Pa.s/m6 | | nonDarcy flow coefficient | | gauss | gauss | T | | magnetic induction, magnetic flux density | | mol(lbm)/h.ft2 | moles (pounds mass)/hour square foot | mol/m2.s | | mole per time per area | | scm(15C)/m2 | std cubic metres, 15 deg C/square metre | scm(15C)/m2 | | standard volume per area | | M(m3)/d | million cubic metres per day | m3/s | | volume flow rate | | lbf.ft/bbl | foot pound-force per barrel | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | degC/km | degrees Celsius/kilometre | K/m | | temperature per length | | dyne/cm2 | dynes/square centimetre | Pa | | force per area, pressure | | kg/m.s | kilograms/metre second | Pa.s | | mass per time per length | | K/m | degrees kelvin/metre | K/m | | temperature per length | | ftInd(75) | Indian Foot, 1975 | m | | depth, distance, length, Cartesian coordinates | | wtpercent | weight percent | Euc | | mass concentration | | in2 | square inches | m2 | | area | | K/s | kelvin per second | K/s | | temperature per time | | in4 | inch to the fourth power | m4 | | second moment of area | | ptUK | UK pint | m3 | | volume | | in3 | cubic inch | m3 | | volume | | W/cm2 | watts/square centimetre | W/m2 | | density of heat flow rate, energy fluence rate, radiant energy, fluence rate, irradiance, radiant exitance, sound intensity, poynting vector | | flozUK | UK fluid ounce | m3 | | volume | | atm/m | Atmospheres/metre | Pa/m | | force per volume, pressure per length | | degC/h | degrees Celsius per hour | K/s | | temperature per time | | urad | microradian | rad | | plane angle | | angstrom | Angstrom | m | | length | | degC/m | degrees Celsius/metre | K/m | | temperature per length | | uCi | | Bq | | activity (of radioactivity) | | flozUS | US fluid ounces | m3 | | volume | | Btu(million)/hr | million Btus/hour | W | | heat flow rate | | atm/h | atmosphere per hour | Pa/s | | pressure per time | | ft3/s2 | (cubic foot per second) per second | m3/s2 | | volume per time per time | | cal/g | calories/gram | J/kg | | specific energy | | dN.m | decinewton metres | J | | moment of couple, moment of force, torque | | Pa/m | pascals/metre | Pa/m | | force per volume, pressure per length | | bbl/d.psi | barrel/day pounds/square inch | m3/Pa.s | | productivity index | | mol(g) | mole (gram) | mol | | amount of substance | | cal | calorie | J | | work, energy | | L/mol(g) | litres/mole (gram) | m3/mol | | molar volume | | Pa/h | pascal per hour | Pa/s | | pressure per time | | Pa/s | pascal/ second | Pa/s | | pressure per time | | cm/a | centimetre per julian-year | m/s | | velocity | | galUS/10bbl | US gallons per ten barrels | Euc | | volume per volume | | mg/m3 | milligrams/cubic metre | kg/m3 | | density, mass density, volumic mass | | tcf | trillion cubic feet | m3 | | volume | | ozf | ounce-force | N | | force | | Mlbm/yr | million pounds mass/year | kg/s | | mass flow rate | | mg/kg | milligrams/kilogram | Euc | | mass concentration | | cal/cm3 | calories/cubic centimetre | J/m3 | | bulk modulus, shear stress, normal stress, electromagnetic energy density, shear modulus, radiant energy density, modulus of elasticity, modulus of rigidity, modulus of compression | | kW/m3.K | killowatts/cubic metre degree Kelvin | W/m3.K | | volumetric heat transfer coefficient | | s/ft3 | second per cubic foot | s/m3 | | time per volume | | ozm | ounce-mass | kg | | mass | | TeV | teraelectronvolt | J | | work, energy | | g/galUS | grams/US gallon | kg/m3 | | density, mass density, volumic mass | | mPa.s | millipascal seconds | Pa.s | | dynamic viscosity | | tonfUK/ft2 | UK tons force/square foot | Pa | | pressure | | lbf.s/in2 | pound-force second per square inch | Pa.s | | dynamic viscosity | | Mbbl/d | thousand barrels/day | m3/s | | volume flow rate | | klbf.ft | null | J | | | | g/galUK | grams/UK gallon | kg/m3 | | density, mass density, volumic mass | | ft2/h | square feet/hour | m2/s | | kinematic viscosity, area per time, thermal diffusivity | | Pa.s | pascal seconds | Pa.s | | mass per time per length, dynamic viscosity | | dm3/100km | cubic decimetres/100 kilometres | m2 | | volume per length | | kN.m2 | kilonewton metres squared | N.m2 | | force area | | lbf.in | inch pounds force | J | | moment of couple, moment of 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