ISQ Browser

m

m^{- 1}

per metre

19 quantities·Parts 3, 7, 10, 12

curvature repetency wave vector

m^{2}

square metre

9 quantities·Parts 3, 10

area nuclear quadrupole moment cross section <atomic physics>

m^{3}

cubic metre

2 quantities·Parts 3, 4

volume section modulus

r a d

radian

6 quantities·Parts 3, 6, 9

angular measure rotational displacement phase angle

1

one

138 quantities·Parts 3, 4, 5, 6, 7, 9, 10, 12, 13

angular measure rotational displacement phase angle

s r

steradian

1 quantities·Parts 3

solid angular measure

s

second

11 quantities·Parts 3, 8, 10, 12, 13

duration period duration time constant

m \cdot s^{-} 1

metre per second

\frac{m}{s}

,

m \cdot s^{- 1}

8 quantities·Parts 3, 6, 7, 8

velocity speed phase velocity

m \cdot s^{-} 2

metre per second squared

m \cdot s^{- 2}

2 quantities·Parts 3, 8

acceleration sound particle acceleration

r a d \cdot s^{- 1}

radian per second

5 quantities·Parts 3, 10

angular velocity angular frequency Larmor angular frequency

s^{- 1}

per second

s^{-} 1

19 quantities·Parts 3, 7, 10, 12, 13

angular velocity frequency rotational frequency

r a d \cdot s^{- 2}

radian per second squared

1 quantities·Parts 3

angular acceleration

s^{- 2}

per second squared

1 quantities·Parts 3

angular acceleration

H z

hertz

2 quantities·Parts 3, 13

frequency clock frequency

r a d \cdot m^{- 1}

radian per metre

1 quantities·Parts 3

phase coefficient

k g

kilogram

8 quantities·Parts 4, 10, 12

mass rest mass atomic mass

k g \cdot m^{- 3}

kilogram per cubic metre

4 quantities·Parts 4, 5, 9

mass density mass concentration of water mass concentration of water vapour

k g^{- 1} \cdot m^{3}

cubic metre per kilogram

1 quantities·Parts 4

specific volume

k g \cdot m^{- 2}

kilogram per square metre

2 quantities·Parts 4, 10

surface mass density mean mass range

k g \cdot m^{- 1}

kilogram per metre

1 quantities·Parts 4

linear mass density

k g \cdot m^{2}

kilogram square metre

1 quantities·Parts 4

moment of inertia

k g \cdot m \cdot s^{- 1}

kilogram metre per second

2 quantities·Parts 4

momentum impulse

N

newton

6 quantities·Parts 4

force weight static friction force

k g \cdot m \cdot s^{- 2}

kilogram metre per second squared

9 quantities·Parts 4, 7, 10

force weight static friction force

N \cdot s

newton second

1 quantities·Parts 4

impulse

k g \cdot m^{2} \cdot s^{- 1}

kilogram square metre per second

5 quantities·Parts 4, 10

angular momentum angular impulse action

N \cdot m

newton metre

3 quantities·Parts 4, 10

moment of force torque rest energy

k g \cdot m^{2} \cdot s^{- 2}

kilogram square metre per second squared

k g \cdot m^{2} \cdot s^{-} 2

37 quantities·Parts 4, 5, 6, 7, 8, 9, 10, 12

moment of force torque potential energy

N \cdot m \cdot s

newton metre second

1 quantities·Parts 4

angular impulse

P a

pascal

13 quantities·Parts 4, 8, 9

pressure gauge pressure stress

N \cdot m^{- 2}

newton per square metre

8 quantities·Parts 4

pressure gauge pressure stress

k g \cdot m^{- 1} \cdot s^{- 2}

kilogram per metre second squared

17 quantities·Parts 4, 6, 7, 8, 9

pressure gauge pressure stress

P a^{- 1}

per pascal

3 quantities·Parts 4, 5

compressibility isothermal compressibility isentropic compressibility

k g^{- 1} \cdot m \cdot s^{2}

metre second squared per kilogram

3 quantities·Parts 4, 5

compressibility isothermal compressibility isentropic compressibility

m^{4}

quartic metre

2 quantities·Parts 4

second axial moment of area second polar moment of area

P a \cdot s

pascal second

1 quantities·Parts 4

dynamic viscosity

k g \cdot m^{- 1} \cdot s^{- 1}

kilogram per metre second

1 quantities·Parts 4

dynamic viscosity

m^{2} \cdot s^{- 1}

square metre per second

6 quantities·Parts 4, 5, 9, 10

kinematic viscosity thermal diffusivity diffusion coefficient <chemistry>

N \cdot m^{- 1}

newton per metre

1 quantities·Parts 4

surface tension

k g \cdot s^{- 2}

kilogram per second squared

4 quantities·Parts 4, 7, 10

surface tension spectral radiant energy density in terms of wavenumber radiant exposure

W

watt

8 quantities·Parts 4, 5, 6, 7, 8, 13

power <mechanics>heat flow rate power

N \cdot m \cdot s^{- 1}

newton metre per second

1 quantities·Parts 4

power <mechanics>

k g \cdot m^{2} \cdot s^{- 3}

kilogram square metre per second cubed

11 quantities·Parts 4, 5, 6, 7, 8, 12

power <mechanics>heat flow rate power

J

joule

37 quantities·Parts 4, 5, 6, 7, 8, 9, 10, 12, 13

potential energy kinetic energy mechanical energy

k g \cdot m^{- 2} \cdot s^{- 1}

kilogram per square metre second

2 quantities·Parts 4, 8

mass flow characteristic impedance of a medium for longitudinal waves

k g \cdot s^{- 1}

kilogram per second

2 quantities·Parts 4

mass flow rate mass change rate

m^{3} \cdot s^{- 1}

cubic metre per second

3 quantities·Parts 4, 8, 10

volume flow rate volume velocity recombination coefficient

J \cdot s

joule second

2 quantities·Parts 4, 10

action total angular momentum

K

kelvin

9 quantities·Parts 5, 7, 12

thermodynamic temperature dew-point temperature colour temperature

d e g C

degree Celsius

1 quantities·Parts 5

Celsius temperature

K^{- 1}

per kelvin

3 quantities·Parts 5

linear expansion coefficient cubic expansion coefficient relative pressure coefficient

P \frac{a}{K}

pascal per kelvin

1 quantities·Parts 5

pressure coefficient

k g \cdot m^{- 1} \cdot s^{- 2} \cdot K^{- 1}

kilogram per metre second squared kelvin

1 quantities·Parts 5

pressure coefficient

\frac{J}{s}

joule per second

1 quantities·Parts 5

heat flow rate

\frac{W}{m^{2}}

watt per square metre

6 quantities·Parts 5, 6, 7, 8, 10

density of heat flow rate Poynting vector irradiance

k g \cdot s^{- 3}

kilogram per second cubed

k g \cdot s^{-} 3

6 quantities·Parts 5, 6, 7, 8, 10

density of heat flow rate Poynting vector irradiance

\frac{W}{m \cdot K}

watt per metre kelvin

1 quantities·Parts 5

thermal conductivity

k g \cdot m \cdot s^{- 3} \cdot K^{- 1}

kilogram metre per second cubed kelvin

1 quantities·Parts 5

thermal conductivity

\frac{W}{m^{2} \cdot K}

watt per square metre kelvin

2 quantities·Parts 5

coefficient of heat transfer surface coefficient of heat transfer

k g \cdot s^{- 3} \cdot K^{- 1}

kilogram per second cubed kelvin

2 quantities·Parts 5

coefficient of heat transfer surface coefficient of heat transfer

m^{2} \cdot \frac{K}{W}

square metre kelvin per watt

1 quantities·Parts 5

thermal insulance

k g^{- 1} \cdot s^{3} \cdot K

second cubed kelvin per kilogram

1 quantities·Parts 5

thermal insulance

\frac{K}{W}

kelvin per watt

1 quantities·Parts 5

thermal resistance

k g^{- 1} \cdot m^{- 2} \cdot s^{3} \cdot K

second cubed kelvin per kilogram square metre

1 quantities·Parts 5

thermal resistance

\frac{W}{K}

watt per kelvin

1 quantities·Parts 5

thermal conductance

k g \cdot m^{2} \cdot s^{- 3} \cdot K^{- 1}

kilogram square metre per second cubed kelvin

1 quantities·Parts 5

thermal conductance

\frac{J}{K}

joule per kelvin

4 quantities·Parts 5

heat capacity entropy Massieu function

k g \cdot m^{2} \cdot s^{- 2} \cdot K^{- 1}

kilogram square metre per second squared kelvin

4 quantities·Parts 5

heat capacity entropy Massieu function

\frac{J}{k g \cdot K}

joule per kilogram kelvin

7 quantities·Parts 5, 9

specific heat capacity specific heat capacity at constant pressure specific heat capacity at constant volume

m^{2} \cdot s^{- 2} \cdot K^{- 1}

square metre per second squared kelvin

7 quantities·Parts 5, 9

specific heat capacity specific heat capacity at constant pressure specific heat capacity at constant volume

\frac{J}{k} g

joule per kilogram

9 quantities·Parts 5, 10

specific energy specific internal energy specific enthalpy

m^{2} \cdot s^{- 2}

square metre per second squared

9 quantities·Parts 5, 10

specific energy specific internal energy specific enthalpy

\frac{K}{P} a

kelvin per pascal

1 quantities·Parts 5

Joule-Thomson coefficient

k g^{- 1} \cdot m \cdot s^{2} \cdot K

metre second squared kelvin per kilogram

1 quantities·Parts 5

Joule-Thomson coefficient

A

ampere

7 quantities·Parts 6

electric current displacement current total current

C

coulomb

4 quantities·Parts 6, 10

electric charge elementary charge electric flux

A \cdot s

ampere second

2 quantities·Parts 6

electric charge elementary charge

s \cdot A

second ampere

4 quantities·Parts 6, 10

electric charge elementary charge electric flux

\frac{C}{m^{3}}

coulomb per cubic metre

1 quantities·Parts 6

electric charge density

m^{- 3} \cdot s \cdot A

per cubic metre second ampere

1 quantities·Parts 6

electric charge density

\frac{C}{m^{2}}

coulomb per square metre

3 quantities·Parts 6

surface density of electric charge electric polarization electric flux density

m^{-} 2 \cdot s \cdot A

per square metre second ampere

3 quantities·Parts 6

surface density of electric charge electric polarization electric flux density

\frac{C}{m}

coulomb per metre

1 quantities·Parts 6

linear density of electric charge

m^{-} 1 \cdot s \cdot A

per metre second ampere

1 quantities·Parts 6

linear density of electric charge

C \cdot m

coulomb metre

1 quantities·Parts 6

electric dipole moment

m \cdot s \cdot A

metre second ampere

1 quantities·Parts 6

electric dipole moment

\frac{A}{m^{2}}

ampere per square metre

m^{- 2} \cdot A

3 quantities·Parts 6

electric current density displacement current density total current density

\frac{A}{m}

ampere per metre

m^{-} 1 \cdot A

,

m^{- 1} \cdot A

4 quantities·Parts 6

linear electric current density magnetization magnetic field strength

\frac{V}{m}

volt per metre

1 quantities·Parts 6

electric field strength

k g \cdot m \cdot s^{- 3} \cdot A^{- 1}

kilogram metre per second cubed ampere

1 quantities·Parts 6

electric field strength

V

volt

8 quantities·Parts 6, 12

electric potential electric potential difference voltage

k g \cdot m^{2} \cdot s^{- 3} \cdot A^{- 1}

kilogram square metre per second cubed ampere

6 quantities·Parts 6

electric potential electric potential difference voltage

F

farad

1 quantities·Parts 6

capacitance

k g^{- 1} \cdot m^{- 2} \cdot s^{4} \cdot A^{2}

second to the fourth ampere squared per kilogram square metre

1 quantities·Parts 6

capacitance

\frac{F}{m}

farad per metre

2 quantities·Parts 6

electric constant permittivity

k g^{- 1} \cdot m^{- 3} \cdot s^{4} \cdot A^{2}

second to the fourth ampere squared per kilogram cubic metre

2 quantities·Parts 6

electric constant permittivity

T

tesla

5 quantities·Parts 6, 12

magnetic flux density magnetic polarization thermodynamic critical magnetic flux density

k g \cdot s^{- 2} \cdot A^{- 1}

kilogram per second squared ampere

5 quantities·Parts 6, 12

magnetic flux density magnetic polarization thermodynamic critical magnetic flux density

W b

weber

4 quantities·Parts 6

magnetic flux protoflux linked magnetic flux

k g \cdot m^{2} \cdot s^{- 2} \cdot A^{- 1}

kilogram square metre per second squared ampere

4 quantities·Parts 6

magnetic flux protoflux linked magnetic flux

A \cdot m^{2}

ampere square metre

1 quantities·Parts 6

magnetic moment

m^{2} \cdot A

square metre ampere

4 quantities·Parts 6, 10

magnetic moment magnetic dipole moment <atomic physics>Bohr magneton

\frac{H}{m}

henry per metre

2 quantities·Parts 6

magnetic constant permeability

k g \cdot m \cdot s^{- 2} \cdot A^{- 2}

kilogram metre per second squared ampere squared

2 quantities·Parts 6

magnetic constant permeability

W \frac{b}{m^{2}}

weber per square metre

1 quantities·Parts 6

magnetic polarization

W b \cdot m

weber metre

1 quantities·Parts 6

magnetic dipole moment

k g \cdot m^{3} \cdot s^{- 2} \cdot A^{- 1}

kilogram cubic metre per second squared ampere

1 quantities·Parts 6

magnetic dipole moment

\frac{J}{A \cdot m}

joule per ampere metre

1 quantities·Parts 6

magnetic vector potential

k g \cdot m \cdot s^{- 2} \cdot A^{- 1}

kilogram metre per second squared ampere

1 quantities·Parts 6

magnetic vector potential

\frac{J}{m^{3}}

joule per cubic metre

3 quantities·Parts 6, 7, 8

electromagnetic energy density radiant energy density sound energy density

H^{- 1}

per henry

1 quantities·Parts 6

reluctance

k g^{- 1} \cdot m^{- 2} \cdot s^{2} \cdot A^{2}

second squared ampere squared per kilogram square metre

1 quantities·Parts 6

reluctance

H

henry

3 quantities·Parts 6

permeance inductance mutual inductance

k g \cdot m^{2} \cdot s^{- 2} \cdot A^{- 2}

kilogram square metre per second squared ampere squared

3 quantities·Parts 6

permeance inductance mutual inductance

\frac{S}{m}

siemens per metre

2 quantities·Parts 6, 9

conductivity electrolytic conductivity

k g^{- 1} \cdot m^{- 3} \cdot s^{3} \cdot A^{2}

second cubed ampere squared per kilogram cubic metre

2 quantities·Parts 6, 9

conductivity electrolytic conductivity

O h m \cdot m

ohm metre

2 quantities·Parts 6, 12

resistivity residual resistivity

k g \cdot m^{3} \cdot s^{- 3} \cdot A^{- 2}

kilogram cubic metre per second cubed ampere squared

1 quantities·Parts 6

resistivity

O h m

ohm

5 quantities·Parts 6

resistance impedance resistance

k g \cdot m^{2} \cdot s^{- 3} \cdot A^{- 2}

kilogram square metre per second cubed ampere squared

6 quantities·Parts 6

resistance impedance impedance of vacuum

S

siemens

5 quantities·Parts 6

conductance admittance conductance

k g^{- 1} \cdot m^{- 2} \cdot s^{3} \cdot A^{2}

second cubed ampere squared per kilogram square metre

6 quantities·Parts 6

conductance admittance admittance of vacuum

\frac{V}{A}

volt per ampere

1 quantities·Parts 6

impedance of vacuum

\frac{A}{V}

ampere per volt

1 quantities·Parts 6

admittance of vacuum

V \cdot A

volt ampere

4 quantities·Parts 6

apparent power complex power reactive power

v a r

var

1 quantities·Parts 6

reactive power

W \cdot s

watt second

1 quantities·Parts 6

active energy

\frac{J}{n} m

joule per nanometre

1 quantities·Parts 7

spectral radiant energy

\frac{J}{m^{3} \cdot n m}

joule per cubic metre nanometre

1 quantities·Parts 7

spectral radiant energy density in terms of wavelength

k g \cdot m^{- 2} \cdot s^{- 2}

kilogram per square metre second squared

1 quantities·Parts 7

spectral radiant energy density in terms of wavelength

\frac{J}{m^{2}}

joule per square metre

3 quantities·Parts 7, 10

spectral radiant energy density in terms of wavenumber radiant exposure energy fluence

\frac{W}{n} m

watt per nanometre

1 quantities·Parts 7

spectral radiant flux

k g \cdot m \cdot s^{- 3}

kilogram metre per second cubed

1 quantities·Parts 7

spectral radiant flux

\frac{W}{s} r

watt per steradian

1 quantities·Parts 7

radiant intensity

k g \cdot m^{2} \cdot s^{- 3} \cdot s r^{- 1}

kilogram square metre per second cubed steradian

1 quantities·Parts 7

radiant intensity

\frac{W}{s r \cdot n m}

watt per steradian nanometre

1 quantities·Parts 7

spectral radiant intensity

k g \cdot m \cdot s^{- 3} \cdot s r^{- 1}

kilogram metre per second cubed steradian

1 quantities·Parts 7

spectral radiant intensity

\frac{W}{s r \cdot m^{2}}

watt per steradian square metre

1 quantities·Parts 7

radiance

k g \cdot s^{- 3} \cdot s r^{- 1}

kilogram per second cubed steradian

1 quantities·Parts 7

radiance

\frac{W}{s r \cdot m^{2} \cdot n m}

watt per steradian square metre nanometre

1 quantities·Parts 7

spectral radiance

k g \cdot m^{- 1} \cdot s^{- 3} \cdot s r^{- 1}

kilogram per metre second cubed steradian

1 quantities·Parts 7

spectral radiance

\frac{W}{m^{2} \cdot n m}

watt per square metre nanometre

2 quantities·Parts 7

spectral irradiance spectral radiant exitance

k g \cdot m^{- 1} \cdot s^{- 3}

kilogram per metre second cubed

2 quantities·Parts 7

spectral irradiance spectral radiant exitance

\frac{J}{m^{2} \cdot n m}

joule per square metre nanometre

1 quantities·Parts 7

spectral radiant exposure

l \frac{m}{W}

lumen per watt

4 quantities·Parts 7

luminous efficacy of radiation <specified photometric condition>spectral luminous efficacy <specified photometric condition>maximum luminous efficacy <specified photometric condition>

c d \cdot s r \cdot k g^{- 1} \cdot m^{- 2} \cdot s^{3}

candela steradian second cubed per kilogram square metre

4 quantities·Parts 7

luminous efficacy of radiation <specified photometric condition>spectral luminous efficacy <specified photometric condition>maximum luminous efficacy <specified photometric condition>

l m \cdot s

lumen second

1 quantities·Parts 7

luminous energy

c d \cdot s r \cdot s

candela steradian second

1 quantities·Parts 7

luminous energy

l m

lumen

1 quantities·Parts 7

luminous flux

c d \cdot s r

candela steradian

1 quantities·Parts 7

luminous flux

c d

candela

1 quantities·Parts 7

luminous intensity

c d \cdot m^{- 2}

candela per square metre

1 quantities·Parts 7

luminance

l x

lux

1 quantities·Parts 7

illuminance

c d \cdot s r \cdot m^{- 2}

candela steradian per square metre

2 quantities·Parts 7

illuminance luminous exitance

l \frac{m}{m^{2}}

lumen per square metre

1 quantities·Parts 7

luminous exitance

l x \cdot s

lux second

1 quantities·Parts 7

luminous exposure

c d \cdot s r \cdot m^{- 2} \cdot s

candela steradian second per square metre

1 quantities·Parts 7

luminous exposure

s^{- 1} \cdot s r^{- 1}

per second steradian

1 quantities·Parts 7

photon intensity

m^{- 2} \cdot s^{- 1} \cdot s r^{- 1}

per square metre second steradian

1 quantities·Parts 7

photon radiance

m^{- 2} \cdot s^{- 1}

per square metre second

5 quantities·Parts 7, 10

photon irradiance photon exitance surface-activity density

m^{- 2}

per square metre

2 quantities·Parts 7, 10

photon exposure particle fluence

stem:["see Remark"]

see Remark

2 quantities·Parts 7

tristimulus values for the CIE 1931 standard colorimetric observer tristimulus values for the CIE 1964 standard colorimetric observer

k g^{- 1} \cdot m^{2}

square metre per kilogram

4 quantities·Parts 7, 9, 10

mass attenuation coefficient <radiometry>specific optical rotatory power mass attenuation coefficient <ionizing radiation>

m^{2} \cdot m o l^{- 1}

square metre per mole

3 quantities·Parts 7, 9, 10

molar absorption coefficient <radiometry>molar optical rotatory power molar attenuation coefficient

o c t

octetstem:["o"],

o

2 quantities·Parts 8, 13

logarithmic frequency range storage capacity

d e c

decimal digit

1 quantities·Parts 8

logarithmic frequency range

P a^{2} \cdot s

pascal squared second

1 quantities·Parts 8

sound exposure

k g^{2} \cdot m^{- 2} \cdot s^{- 3}

kilogram squared per square metre second cubed

1 quantities·Parts 8

sound exposure

P a \cdot \frac{s}{m}

pascal second per metre

1 quantities·Parts 8

characteristic impedance of a medium for longitudinal waves

P a \cdot \frac{s}{m^{3}}

pascal second per cubic metre

1 quantities·Parts 8

acoustic impedance

k g \cdot m^{- 4} \cdot s^{- 1}

kilogram per metre to the fourth second

sound pressure level sound power level sound exposure level

m o l

mole

2 quantities·Parts 9

amount of substance extent of reaction

\frac{g}{m} o l

gram per mole

1 quantities·Parts 9

molar mass

k g \cdot m o l^{- 1}

kilogram per mole

1 quantities·Parts 9

molar mass

m^{3} \cdot m o l^{- 1}

cubic metre per mole

1 quantities·Parts 9

molar volume

\frac{J}{m} o l

joule per mole

7 quantities·Parts 9

molar internal energy molar enthalpy molar Helmholtz energy

k g \cdot m^{2} \cdot s^{- 2} \cdot m o l^{- 1}

kilogram square metre per second squared mole

7 quantities·Parts 9

molar internal energy molar enthalpy molar Helmholtz energy

\frac{J}{m o l \cdot K}

joule per mole kelvin

3 quantities·Parts 9

molar heat capacity molar entropy molar gas constant

k g \cdot m^{2} \cdot s^{- 2} \cdot K^{- 1} \cdot m o l^{- 1}

kilogram square metre per second squared kelvin mole

3 quantities·Parts 9

molar heat capacity molar entropy molar gas constant

m^{- 3}

per cubic metre

9 quantities·Parts 9, 10, 12

particle concentration molecular concentration particle number density

\frac{g}{l}

gram per litre

1 quantities·Parts 9

mass concentration

m o \frac{l}{l}

mole per litre

2 quantities·Parts 9

amount-of-substance concentration standard amount-of-substance concentration

m o l \cdot m^{- 3}

mole per cubic metre

2 quantities·Parts 9

amount-of-substance concentration standard amount-of-substance concentration

m \frac{l}{l}

millilitre per litre

1 quantities·Parts 9

volume fraction

m o \frac{l}{k} g

mole per kilogram

m o l \cdot k g^{- 1}

2 quantities·Parts 9

molality ionic strength

stem:["unitsml(Pa)"^(sum nu_"B")]

pascal to the power of sum of stoichiometric numbers

1 quantities·Parts 9

equilibrium constant <pressure basis>

stem:[("unitsml(kg*m^(-1)*s^(-2))")^(sum nu_"B")]

kilogram metre per second squared to the power of sum of stoichiometric numbers

1 quantities·Parts 9

equilibrium constant <pressure basis>

stem:[("unitsml(mol/m^3)")^(sum nu_"B")]

mole per cubic metre to the power of sum of stoichiometric numbers

1 quantities·Parts 9

equilibrium constant <concentration basis>

S \cdot \frac{m^{2}}{m} o l

siemens square metre per mole

1 quantities·Parts 9

molar conductivity

k g^{- 1} \cdot s^{3} \cdot A^{2} \cdot m o l^{- 1}

second cubed ampere squared per kilogram mole

1 quantities·Parts 9

molar conductivity

r a d \cdot \frac{m^{2}}{m} o l

radian square metre per mole

1 quantities·Parts 9

molar optical rotatory power

r a d \cdot \frac{m^{2}}{k} g^{1}

radian square metre per kilogram

1 quantities·Parts 9

specific optical rotatory power

u

unified atomic mass unit

6 quantities·Parts 10

rest mass atomic mass nuclidic mass

D a

dalton

6 quantities·Parts 10

rest mass atomic mass nuclidic mass

A r \in g

angstrom

1 quantities·Parts 10

Bohr radius

e V

electronvolt

18 quantities·Parts 10, 12

Hartree energy level width alpha disintegration energy

e V \cdot s

electronvolt second

1 quantities·Parts 10

total angular momentum

A \cdot m^{2} \cdot J^{- 1} \cdot s^{- 1}

ampere square metre per joule second

2 quantities·Parts 10

gyromagnetic ratio gyromagnetic ratio of the electron

A \cdot \frac{s}{k} g

ampere second per kilogram

2 quantities·Parts 10

gyromagnetic ratio gyromagnetic ratio of the electron

k g^{- 1} \cdot s \cdot A

second ampere per kilogram

3 quantities·Parts 10

gyromagnetic ratio gyromagnetic ratio of the electron exposure <ionizing radiation>

B q

becquerel

1 quantities·Parts 10

activity

B \frac{q}{k} g

becquerel per kilogram

1 quantities·Parts 10

specific activity

k g^{- 1} \cdot s^{- 1}

per kilogram second

1 quantities·Parts 10

specific activity

B \frac{q}{m^{3}}

becquerel per cubic metre

1 quantities·Parts 10

activity density

m^{- 3} \cdot s^{- 1}

per cubic metre second

m^{- 3} \cdot s

4 quantities·Parts 10, 12

activity density particle source density slowing-down density

B \frac{q}{m^{2}}

becquerel per square metre

1 quantities·Parts 10

surface-activity density

stem:["b"]

barn

2 quantities·Parts 10

cross section <atomic physics>total cross section <atomic physics>

m^{2} \cdot s r^{- 1}

square metre per steradian

1 quantities·Parts 10

direction distribution of cross section <atomic physics>

m^{2} / J

square metre per joule

1 quantities·Parts 10

energy distribution of cross section <atomic physics>

k g^{- 1} \cdot s^{2}

second squared per kilogram

2 quantities·Parts 10

energy distribution of cross section <atomic physics>direction and energy distribution of cross section <atomic physics>

\frac{m^{2}}{J \cdot s r}

square metre per joule steradian

1 quantities·Parts 10

direction and energy distribution of cross section <atomic physics>

e \frac{V}{m^{2}}

electronvolt per square metre

1 quantities·Parts 10

energy fluence

e \frac{V}{m}

electronvolt per metre

2 quantities·Parts 10

total linear stopping power linear energy transfer

\frac{J}{m}

joule per metre

2 quantities·Parts 10

total linear stopping power linear energy transfer

e V \cdot \frac{m^{- 2}}{k} g

electronvolt per square metre kilogram

1 quantities·Parts 10

total mass stopping power

J \cdot \frac{m^{2}}{k} g

joule square metre per kilogram

1 quantities·Parts 10

total mass stopping power

m^{4} \cdot s^{- 2}

metre to the fourth per second squared

1 quantities·Parts 10

total mass stopping power

\frac{m^{2}}{V \cdot s}

square metre per volt second

1 quantities·Parts 10

mobility

k g^{- 1} \cdot s^{2} \cdot A

second squared ampere per kilogram

1 quantities·Parts 10

mobility

G y

gray

3 quantities·Parts 10

absorbed dose specific energy imparted kerma

S v

sievert

1 quantities·Parts 10

dose equivalent

S \frac{v}{s}

sievert per second

1 quantities·Parts 10

dose equivalent rate

\frac{W}{k} g

watt per kilogram

3 quantities·Parts 10

dose equivalent rate absorbed-dose rate kerma rate

m^{2} \cdot s^{- 3}

square metre per second cubed

3 quantities·Parts 10

dose equivalent rate absorbed-dose rate kerma rate

G \frac{y}{s}

gray per second

2 quantities·Parts 10

absorbed-dose rate kerma rate

\frac{C}{k} g

coulomb per kilogram

1 quantities·Parts 10

exposure <ionizing radiation>

\frac{C}{k g \cdot s}

coulomb per kilogram second

1 quantities·Parts 10

exposure rate

k g^{- 1} \cdot A

ampere per kilogram

1 quantities·Parts 10

exposure rate

d e g

degree

1 quantities·Parts 12

Bragg angle

J^{- 1} \cdot m^{- 3}

per joule cubic metre

1 quantities·Parts 12

energy density of states

e V^{- 1} \cdot m^{- 3}

per electronvolt cubic metre

1 quantities·Parts 12

energy density of states

k g^{- 1} \cdot m^{- 5} \cdot s^{2}

second squared per kilogram metre to the fifth

1 quantities·Parts 12

energy density of states

k g \cdot m^{3} \cdot s^{- 3} \cdot A^{- 2}

kilogram cubic metre per second cubed per ampere squared

1 quantities·Parts 12

residual resistivity

\frac{V^{2}}{K^{2}}

volt squared per kelvin squared

1 quantities·Parts 12

Lorenz coefficient

k g^{2} \cdot m^{4} \cdot s^{- 6} \cdot A^{- 2} \cdot K^{- 2}

kilogram squared metre to the fourth per second to the sixth per ampere squared kelvin squared

1 quantities·Parts 12

Lorenz coefficient

\frac{m^{3}}{C}

cubic metre per coulomb

1 quantities·Parts 12

Hall coefficient

m^{3} \cdot s^{- 1} \cdot A^{- 1}

cubic metre per second ampere

1 quantities·Parts 12

Hall coefficient

k g \cdot m^{2} \cdot s^{- 3} \cdot A^{- 1}

kilogram square metre per second cubed per ampere

1 quantities·Parts 12

thermoelectric voltage (between substances stem:["a"] and stem:["b"])

\frac{V}{K}

volt per kelvin

2 quantities·Parts 12

Seebeck coefficient (for substances stem:["a"] and stem:["b"])Thomson coefficient

k g \cdot m^{2} \cdot s^{- 3} \cdot A^{- 1} \cdot K^{- 1}

kilogram square metre per second cubed per ampere kelvin

2 quantities·Parts 12

Seebeck coefficient (for substances stem:["a"] and stem:["b"])Thomson coefficient

A^{- 1}

per ampere

1 quantities·Parts 12

Peltier coefficient (for substances stem:["a"] and stem:["b"])

A \cdot m^{- 2} \cdot K^{- 2}

ampere per square metre kelvin squared

1 quantities·Parts 12

Richardson constant

stem:["E"]

erlang

E

3 quantities·Parts 13

traffic intensity traffic offered intensity traffic carried intensity

b i t

bit

2 quantities·Parts 13

storage capacity equivalent binary storage capacity

stem:["B"]

byte

B

1 quantities·Parts 13

storage capacity

stem:["o"//"s"]

octet per second

1 quantities·Parts 13

transfer rate

stem:["B"//"s"]

byte per second

1 quantities·Parts 13

transfer rate

b i \frac{t}{s}

bit per second

2 quantities·Parts 13

binary digit rate equivalent binary digit rate

stem:["Bd"]

baud

B d

1 quantities·Parts 13

modulation rate

stem:["Sh"]

shannon

S h

14 quantities·Parts 13

information content entropy maximum entropy

stem:["Hart"]

hartley

H a r t

14 quantities·Parts 13

information content entropy maximum entropy

n a t

nat

14 quantities·Parts 13

information content entropy maximum entropy

stem:["Sh/s"]

shannon per second

S \frac{h}{s}

3 quantities·Parts 13

average information rate average transinformation rate channel time capacity

stem:["Hart/s"]

hartley per second

H a r \frac{t}{s}

3 quantities·Parts 13

average information rate average transinformation rate channel time capacity

n a \frac{t}{s}

nat/s

3 quantities·Parts 13

average information rate average transinformation rate channel time capacity

s^{- 1}

second to the power of minus one inverse second

6 quantities·Parts 13

call intensity, calling rate completed call intensity transfer rate

\frac{o}{s}

digit per second

1 quantities·Parts 13

transfer rate

\frac{B}{s}

octet per second, byte per second

1 quantities·Parts 13

transfer rate

n a t

natural unit of information

14 quantities·Parts 13

information content entropy maximum entropy

n a \frac{t}{s}

natural unit of information per second

3 quantities·Parts 13

average information rate average transinformation rate channel time capacity; channel capacity

S \frac{h}{s}

shannon par seconde

1 quantities·Parts 13

channel time capacity; channel capacity

H a r \frac{t}{s}

hartley par seconde

1 quantities·Parts 13

channel time capacity; channel capacity

Units