List of defined quantities#

SI units (International System of Units)#

dimensionless#

  • SBQuantity.dimensionless

  • SBQuantity.radian (SBQuantity.rad)

  • SBQuantity.degree (SBQuantity.deg)

  • SBQuantity.steradian (SBQuantity.sr)

length#

  • SBQuantity.kilometer (SBQuantity.km)

  • SBQuantity.hectometer (SBQuantity.hm)

  • SBQuantity.decameter (SBQuantity.dam)

  • SBQuantity.meter (SBQuantity.m)

  • SBQuantity.decimeter (SBQuantity.dm)

  • SBQuantity.centimeter (SBQuantity.cm)

  • SBQuantity.millimeter (SBQuantity.mm)

  • SBQuantity.micrometer (SBQuantity.um, SBQuantity.micron)

  • SBQuantity.nanometer (SBQuantity.nm)

  • SBQuantity.angstrom

  • SBQuantity.picometer (SBQuantity.pm)

  • SBQuantity.femtometer (SBQuantity.fm, SBQuantity.fermi)

  • SBQuantity.attometer (SBQuantity.am)

  • SBQuantity.zeptometer(zm)

  • SBQuantity.yoctometer (SBQuantity.ym)

  • SBQuantity.zeptometer(zm)

  • SBQuantity.yoctometer (SBQuantity.ym)

There are also auxiliary physical quantities defined for inverse, square, inverse square, cubic, and inverse cubic length, e.g.: SBQuantity.inversePicometer (SBQuantity.inversePm), SBQuantity.squarePicometer (SBQuantity.squarePm), SBQuantity.inverseSquarePicometer (SBQuantity.inverseSquarePm), SBQuantity.cubicPicometer (SBQuantity.cubicPm), SBQuantity.inverseCubicPicometer (SBQuantity.inverseCubicPm).

mass#

  • SBQuantity.kilogram (SBQuantity.kg)

  • SBQuantity.hectogram (SBQuantity.hg)

  • SBQuantity.decagram (SBQuantity.dag)

  • SBQuantity.gram (SBQuantity.g)

  • SBQuantity.decigram (SBQuantity.dg)

  • SBQuantity.centigram (SBQuantity.cg)

  • SBQuantity.milligram (SBQuantity.mg)

  • SBQuantity.microgram (SBQuantity.ug)

  • SBQuantity.nanogram (SBQuantity.ng)

  • SBQuantity.picogram (SBQuantity.pg)

  • SBQuantity.femtogram (SBQuantity.fg)

  • SBQuantity.attogram (SBQuantity.ag)

  • SBQuantity.zeptogram (SBQuantity.zg)

  • SBQuantity.yoctogram (SBQuantity.yg)

There are also auxiliary physical quantities defined for inverse mass, e.g.: SBQuantity.inverseKilogram (SBQuantity.inverseKg).

time#

  • SBQuantity.second (SBQuantity.s)

  • SBQuantity.decisecond (SBQuantity.ds)

  • SBQuantity.centisecond (SBQuantity.cs)

  • SBQuantity.millisecond (SBQuantity.ms)

  • SBQuantity.microsecond (SBQuantity.us)

  • SBQuantity.nanosecond (SBQuantity.ns)

  • SBQuantity.picosecond (SBQuantity.ps)

  • SBQuantity.femtosecond (SBQuantity.fs)

  • SBQuantity.attosecond

  • SBQuantity.zeptosecond (SBQuantity.zs)

  • SBQuantity.yoctosecond (SBQuantity.ys)

There are also auxiliary physical quantities defined for inverse time, e.g.: SBQuantity.inverseFemtosecond (SBQuantity.inverseFs).

electric current#

  • SBQuantity.kiloampere (SBQuantity.kA)

  • SBQuantity.hectoampere (SBQuantity.hA)

  • SBQuantity.decaampere (SBQuantity.daA)

  • SBQuantity.ampere (SBQuantity.A)

  • SBQuantity.deciampere (SBQuantity.dA)

  • SBQuantity.centiampere (SBQuantity.cA)

  • SBQuantity.milliampere (SBQuantity.mA)

  • SBQuantity.microampere (SBQuantity.uA)

  • SBQuantity.nanoampere (SBQuantity.nA)

  • SBQuantity.picoampere (SBQuantity.pA)

  • SBQuantity.femtoampere (SBQuantity.fA)

  • SBQuantity.attoampere (SBQuantity.aA)

  • SBQuantity.zeptoampere (SBQuantity.zA)

  • SBQuantity.yoctoampere (SBQuantity.yA)

temperature#

  • SBQuantity.kilokelvin (SBQuantity.kK)

  • SBQuantity.hectokelvin (SBQuantity.hK)

  • SBQuantity.decakelvin (SBQuantity.daK)

  • SBQuantity.kelvin (SBQuantity.K)

  • SBQuantity.decikelvin (SBQuantity.dK)

  • SBQuantity.centikelvin (SBQuantity.cK)

  • SBQuantity.millikelvin (SBQuantity.mK)

  • SBQuantity.microkelvin (SBQuantity.uK)

  • SBQuantity.nanokelvin (SBQuantity.nK)

  • SBQuantity.picokelvin (SBQuantity.pK)

  • SBQuantity.femtokelvin (SBQuantity.fK)

  • SBQuantity.attokelvin (SBQuantity.aK)

  • SBQuantity.zeptokelvin (SBQuantity.zK)

  • SBQuantity.yoctokelvin (SBQuantity.yK)

amount of substance#

  • SBQuantity.kilomole (SBQuantity.kmol)

  • SBQuantity.hectomole (SBQuantity.hmol)

  • SBQuantity.decamole (SBQuantity.damol)

  • SBQuantity.mole (SBQuantity.mol)

  • SBQuantity.decimole (SBQuantity.dmol)

  • SBQuantity.centimole (SBQuantity.cmol)

  • SBQuantity.millimole (SBQuantity.mmol)

  • SBQuantity.micromole (SBQuantity.umol)

  • SBQuantity.nanomole (SBQuantity.nmol)

  • SBQuantity.picomole (SBQuantity.pmol)

  • SBQuantity.femtomole (SBQuantity.fmol)

  • SBQuantity.attomole (SBQuantity.amol)

  • SBQuantity.zeptomole (SBQuantity.zmol)

  • SBQuantity.yoctomole (SBQuantity.ymol)

luminous intensity#

  • SBQuantity.kilocandela (SBQuantity.kcd)

  • SBQuantity.hectocandela (SBQuantity.hcd)

  • SBQuantity.decacandela (SBQuantity.dacd)

  • SBQuantity.candela (SBQuantity.cd)

  • SBQuantity.decicandela (SBQuantity.dcd)

  • SBQuantity.centicandela (SBQuantity.ccd)

  • SBQuantity.millicandela (SBQuantity.mcd)

  • SBQuantity.microcandela (SBQuantity.ucd)

  • SBQuantity.nanocandela (SBQuantity.ncd)

  • SBQuantity.picocandela (SBQuantity.pcd)

  • SBQuantity.femtocandela (SBQuantity.fcd)

  • SBQuantity.attocandela (SBQuantity.acd)

  • SBQuantity.zeptocandela (SBQuantity.zcd)

  • SBQuantity.yoctocandela (SBQuantity.ycd)

derived units#

  • SBQuantity.gigahertz (SBQuantity.GHz)

  • SBQuantity.megahertz (SBQuantity.MHz)

  • SBQuantity.kilohertz (SBQuantity.KHz)

  • SBQuantity.hertz (SBQuantity.Hz)

  • SBQuantity.piconewton (SBQuantity.pN)

  • SBQuantity.nanonewton (SBQuantity.nN)

  • SBQuantity.newton (SBQuantity.N)

  • SBQuantity.Pascal (SBQuantity.Pa)

  • SBQuantity.zeptojoule (SBQuantity.zJ)

  • SBQuantity.kilojoule (SBQuantity.kJ)

  • SBQuantity.joule (SBQuantity.J)

  • SBQuantity.joulePerKelvin (SBQuantity.jPerK)

  • SBQuantity.joulePerMole (SBQuantity.jPerMol)

  • SBQuantity.kilojoulePerMole (SBQuantity.kjPerMol)

  • SBQuantity.jouleSecond (SBQuantity.jS)

  • SBQuantity.watt (SBQuantity.W)

  • SBQuantity.coulomb (SBQuantity.C)

  • SBQuantity.zeptocoulomb (SBQuantity.zC)

  • SBQuantity.coulombPerMeter (SBQuantity.CPerM)

  • SBQuantity.coulombPerSquareMeter (SBQuantity.CPerM2)

  • SBQuantity.volt (SBQuantity.V)

  • SBQuantity.farad (SBQuantity.F)

  • SBQuantity.ohm (SBQuantity.O)

  • SBQuantity.siemens (SBQuantity.S)

  • SBQuantity.weber (SBQuantity.Wb)

  • SBQuantity.tesla (SBQuantity.T)

  • SBQuantity.gigatesla (SBQuantity.GT)

  • SBQuantity.henry (SBQuantity.H)

  • SBQuantity.lumen

  • SBQuantity.lux (SBQuantity.lx)

  • SBQuantity.becquerel (SBQuantity.Bq)

  • SBQuantity.gray (SBQuantity.Gy)

  • SBQuantity.sievert (SBQuantity.Sv)

  • SBQuantity.katal (SBQuantity.Kat)

  • SBQuantity.picometerPerSecond (SBQuantity.pmPerS)

  • SBQuantity.picometerPerFemtosecond (SBQuantity.pmPerFs)

  • SBQuantity.perSecond (SBQuantity.perS)

  • SBQuantity.radianPerSecond (SBQuantity.radPerS)

  • SBQuantity.degreePerSecond (SBQuantity.degPerS)

  • SBQuantity.picometerPerSquareFemtosecond (SBQuantity.pmPerSquareFs)

  • SBQuantity.yoctogramPicometerPerFemtosecond (SBQuantity.ygPmPerFs)

  • SBQuantity.yoctogramSquarePicometer (SBQuantity.ygSquarePm)

  • SBQuantity.perYoctogramPerSquarePicometer (SBQuantity.perYgPerSquarePm)

  • SBQuantity.nanonewtonPerPicometer (SBQuantity.nNPerPm)

default types#

  • SBQuantity.length (== SBQuantity.picometer)

  • SBQuantity.squareLength

  • SBQuantity.cubicLength

  • SBQuantity.inverseLength

  • SBQuantity.inverseSquareLength

  • SBQuantity.inverseCubicLength

  • SBQuantity.distance (== SBQuantity.length)

  • SBQuantity.squareDistance

  • SBQuantity.cubicDistance

  • SBQuantity.inverseDistance

  • SBQuantity.inverseSquareDistance

  • SBQuantity.inverseCubicDistance

  • SBQuantity.mass (== SBQuantity.yoctogram)

  • SBQuantity.squareMass

  • SBQuantity.inverseMass

  • SBQuantity.inverseSquareMass

  • SBQuantity.time (== SBQuantity.femtosecond)

  • SBQuantity.squareTime

  • SBQuantity.inverseTime

  • SBQuantity.inverseSquareTime

  • SBQuantity.intensity (== SBQuantity.nanoampere)

  • SBQuantity.squareIntensity

  • SBQuantity.inverseIntensity

  • SBQuantity.inverseSquareIntensity

  • SBQuantity.temperature (== SBQuantity.kelvin)

  • SBQuantity.squareTemperature

  • SBQuantity.inverseTemperature

  • SBQuantity.inverseSquareTemperature

  • SBQuantity.amountOfSubstance (== SBQuantity.mole)

  • SBQuantity.squareAmountOfSubstance

  • SBQuantity.inverseAmountOfSubstance

  • SBQuantity.inverseSquareAmountOfSubstance

  • SBQuantity.luminousIntensity (== SBQuantity.candela)

  • SBQuantity.squareLuminousIntensity

  • SBQuantity.inverseLuminousIntensity

  • SBQuantity.inverseSquareLuminousIntensity

  • SBQuantity.electricCharge (== SBQuantity.squareTime)

  • SBQuantity.voltage (== SBQuantity.mass x SBQuantity.squareLength)

  • SBQuantity.electricField (== SBQuantity.voltage / SBQuantity.time)

  • SBQuantity.magneticDensity (== SBQuantity.mass x SBQuantity.inverseIntensity x SBQuantity.inverseSquareTime)

  • SBQuantity.angularVelocity (== SBQuantity.inverseTime)

  • SBQuantity.angularAcceleration (== SBQuantity.inverseSquareTime)

  • SBQuantity.pressure (== SBQuantity.inverseMass x SBQuantity.length x SBQuantity.inverseSquareTime)

  • SBQuantity.lengthMass (== SBQuantity.length x SBQuantity.mass)

  • SBQuantity.inverseLengthInverseMass (== SBQuantity.1 / SBQuantity.lengthMass)

  • SBQuantity.area (== SBQuantity.squareLength)

  • SBQuantity.inverseArea (== SBQuantity.inverseSquareLength)

  • SBQuantity.volume (== SBQuantity.cubicLength)

  • SBQuantity.inverseVolume (== SBQuantity.inverseCubicLength)

  • SBQuantity.position (== SBQuantity.length)

  • SBQuantity.velocity (== SBQuantity.length / SBQuantity.time)

  • SBQuantity.acceleration (== SBQuantity.length / SBQuantity.squareTime)

  • SBQuantity.force (== SBQuantity.mass x SBQuantity.length x SBQuantity.inverseSquareTime)

  • SBQuantity.energy (== SBQuantity.mass x SBQuantity.squareLength x SBQuantity.inverseSquareTime)

  • SBQuantity.inverseForce (== SBQuantity.1 / SBQuantity.force)

  • SBQuantity.lengthPerForce (== SBQuantity.length / SBQuantity.force)

  • SBQuantity.forcePerLength (== SBQuantity.force / SBQuantity.length)

  • SBQuantity.energyPerSquareLength (== SBQuantity.energy / SBQuantity.squareLength)

  • SBQuantity.momentum (== SBQuantity.mass x SBQuantity.length x SBQuantity.inverseTime)

  • SBQuantity.inverseMomentum (== SBQuantity.1 / SBQuantity.momentum)

  • SBQuantity.momentOfInertia (== SBQuantity.mass x SBQuantity.squareLength)

  • SBQuantity.inverseMomentOfInertia (== SBQuantity.1 / SBQuantity.momentOfIntertia)

  • SBQuantity.electronDensity (== SBQuantity.inverseVolume)

Atomic Units#

  • SBQuantity.electronMass (SBQuantity.auMass, me)

  • SBQuantity.electronCharge (SBQuantity.auCharge, e)

  • SBQuantity.auAction (SBQuantity.hBar)

  • SBQuantity.auCoulombConstant (SBQuantity.ec)

  • SBQuantity.auTime

  • SBQuantity.bohr (SBQuantity.a0)

  • SBQuantity.hartree (SBQuantity.Eh)

Dalton Units#

  • SBQuantity.unifiedAtomicMassUnit (SBQuantity.u)

  • SBQuantity.unifiedAtomicMassUnit (SBQuantity.u)

  • SBQuantity.dalton (SBQuantity.Da)

  • SBQuantity.kilodalton (SBQuantity.KDa)

  • SBQuantity.megadalton (SBQuantity.MDa)

  • SBQuantity.gigadalton (SBQuantity.GDa)

Electronvolt Units#

  • SBQuantity.electronvolt (SBQuantity.eV)

KilocaloriePerMole Units#

  • SBQuantity.kilocaloriePerMole (SBQuantity.kcalPerMol)