inverse meter

Variables
NISTCONST_CONSTANT	NISTConst::inverseMeterToAtomicMassUnit = 1.33102504900e-15
NISTCONST_CONSTANT	NISTConst::inverseMeterToElectronVolt = 1.2398419739e-6
NISTCONST_CONSTANT	NISTConst::inverseMeterToHartree = 4.556335252767e-8
NISTCONST_CONSTANT	NISTConst::inverseMeterToHertz = 299792458
NISTCONST_CONSTANT	NISTConst::inverseMeterToJoule = 1.986445824e-25
NISTCONST_CONSTANT	NISTConst::inverseMeterToKelvin = 1.43877736e-2
NISTCONST_CONSTANT	NISTConst::inverseMeterToKilogram = 2.210219057e-42

Detailed Description

Variable Documentation

inverseMeterToAtomicMassUnit

NISTCONST_CONSTANT NISTConst::inverseMeterToAtomicMassUnit = 1.33102504900e-15

\(\frac{(1\ m^-1)h}{c} \ (u)\) Inverse meter-unified atomic mass unit relationship.

inverseMeterToElectronVolt

NISTCONST_CONSTANT NISTConst::inverseMeterToElectronVolt = 1.2398419739e-6

\((1\ m^-1)hc \ (eV)\) Inverse meter-electron volt relationship.

inverseMeterToHartree

NISTCONST_CONSTANT NISTConst::inverseMeterToHartree = 4.556335252767e-8

\((1\ m^-1)hc \ (E_h)\) Inverse meter-hartree relationship.

inverseMeterToHertz

NISTCONST_CONSTANT NISTConst::inverseMeterToHertz = 299792458

\((1\ m^-1)c \ (Hz)\) Inverse meter-hertz relationship.

inverseMeterToJoule

NISTCONST_CONSTANT NISTConst::inverseMeterToJoule = 1.986445824e-25

\((1\ m^-1)hc \ (J)\) Inverse meter-joule relationship.

inverseMeterToKelvin

NISTCONST_CONSTANT NISTConst::inverseMeterToKelvin = 1.43877736e-2

\(\frac{(1\ m^-1)hc}{k} \ (K)\) Inverse meter-kelvin relationship.

inverseMeterToKilogram

NISTCONST_CONSTANT NISTConst::inverseMeterToKilogram = 2.210219057e-42

\(\frac{(1\ m^-1)h}{c} \ (kg)\) Inverse meter-kilogram relationship.