NISTConst
|
Variables | |
NISTCONST_CONSTANT | NISTConst::tauComptonWavelength = 0.697787e-15 |
NISTCONST_CONSTANT | NISTConst::tauComptonWavelengthOver2Pi = 0.111056e-15 |
NISTCONST_CONSTANT | NISTConst::tauElectronMassRatio = 3477.15 |
NISTCONST_CONSTANT | NISTConst::tauMass = 3.16747e-27 |
NISTCONST_CONSTANT | NISTConst::tauMassInJPercSquared = 2.84678e-10 |
NISTCONST_CONSTANT | NISTConst::tauMassInMeVPercSquared = 1776.82 |
NISTCONST_CONSTANT | NISTConst::tauMassInu = 1.90749 |
NISTCONST_CONSTANT | NISTConst::tauMolarMass = 1.90749e-3 |
NISTCONST_CONSTANT | NISTConst::tauMuonMassRatio = 16.8167 |
NISTCONST_CONSTANT | NISTConst::tauNeutronMassRatio = 1.89111 |
NISTCONST_CONSTANT | NISTConst::tauProtonMassRatio = 1.89372 |
NISTCONST_CONSTANT NISTConst::tauComptonWavelength = 0.697787e-15 |
\(\lambda_{C,\tau} \ (m)\) Tau Compton wavelength in meters.
NISTCONST_CONSTANT NISTConst::tauComptonWavelengthOver2Pi = 0.111056e-15 |
\(\frac{\lambda_{C,\tau}}{2\pi} \ (m)\) Tau Compton wavelength over 2 pi in meters.
NISTCONST_CONSTANT NISTConst::tauElectronMassRatio = 3477.15 |
\(\frac{m_\tau}{m_e} \ (1)\) Tau-electron mass ratio.
NISTCONST_CONSTANT NISTConst::tauMass = 3.16747e-27 |
\(m_\tau \ (kg)\) Tau mass in kilograms.
NISTCONST_CONSTANT NISTConst::tauMassInJPercSquared = 2.84678e-10 |
\(m_\tau \ (\frac{J}{c^2})\) Tau mass in joules per speed of light squared.
NISTCONST_CONSTANT NISTConst::tauMassInMeVPercSquared = 1776.82 |
\(m_\tau \ (\frac{MeV}{c^2})\) Tau mass in megaelectron volts per speed of light squared.
NISTCONST_CONSTANT NISTConst::tauMassInu = 1.90749 |
\(m_\tau \ (u)\) Tau mass in unified atomic mass units.
NISTCONST_CONSTANT NISTConst::tauMolarMass = 1.90749e-3 |
\(M_\tau \ (\frac{kg}{mol})\) Tau molar mass in kilograms per mole.
NISTCONST_CONSTANT NISTConst::tauMuonMassRatio = 16.8167 |
\(\frac{m_\tau}{m_\mu} \ (1)\) Tau-muon mass ratio.
NISTCONST_CONSTANT NISTConst::tauNeutronMassRatio = 1.89111 |
\(\frac{m_\tau}{m_n} \ (1)\) Tau-neutron mass ratio.
NISTCONST_CONSTANT NISTConst::tauProtonMassRatio = 1.89372 |
\(\frac{m_\tau}{m_p} \ (1)\) Tau-proton mass ratio.