Hartree

Variables
NISTCONST_CONSTANT	NISTConst::hartreeToAtomicMassUnit = 2.9212623197e-8
NISTCONST_CONSTANT	NISTConst::hartreeToElectronVolt = 27.21138602
NISTCONST_CONSTANT	NISTConst::hartreeToHertz = 6.579683920711e15
NISTCONST_CONSTANT	NISTConst::hartreeToInverseMeter = 2.194746313702e7
NISTCONST_CONSTANT	NISTConst::hartreeToJoule = 4.359744650e-18
NISTCONST_CONSTANT	NISTConst::hartreeToKelvin = 3.1577513e5
NISTCONST_CONSTANT	NISTConst::hartreeToKilogram = 4.850870129e-35

Detailed Description

Variable Documentation

hartreeToAtomicMassUnit

NISTCONST_CONSTANT NISTConst::hartreeToAtomicMassUnit = 2.9212623197e-8

\(\frac{(1\ E_h)}{c^2} \ (u)\) Hartree-unified atomic mass unit relationship.

hartreeToElectronVolt

NISTCONST_CONSTANT NISTConst::hartreeToElectronVolt = 27.21138602

\((1\ E_h) \ (eV)\) Hartree-electron volt relationship .

hartreeToHertz

NISTCONST_CONSTANT NISTConst::hartreeToHertz = 6.579683920711e15

\(\frac{(1\ E_h)}{h} \ (Hz)\) Hartree-hertz relationship .

hartreeToInverseMeter

NISTCONST_CONSTANT NISTConst::hartreeToInverseMeter = 2.194746313702e7

\(\frac{(1\ E_h)}{hc} \ (\frac{1}{m})\) Hartree-inverse meter relationship.

hartreeToJoule

NISTCONST_CONSTANT NISTConst::hartreeToJoule = 4.359744650e-18

\((1\ E_h) \ (J)\) Hartree-joule relationship.

hartreeToKelvin

NISTCONST_CONSTANT NISTConst::hartreeToKelvin = 3.1577513e5

\(\frac{(1\ E_h)}{k} \ (K)\) Hartree-kelvin relationship .

hartreeToKilogram

NISTCONST_CONSTANT NISTConst::hartreeToKilogram = 4.850870129e-35

\(\frac{(1\ E_h)}{c^2} \ (kg)\) Hartree-kilogram relationship.