NISTConst
|
Variables | |
NISTCONST_CONSTANT | NISTConst::tritonElectronMassRatio = 5496.92153588 |
NISTCONST_CONSTANT | NISTConst::tritongFactor = 5.957924920 |
NISTCONST_CONSTANT | NISTConst::tritonMagneticMoment = 1.504609503e-26 |
NISTCONST_CONSTANT | NISTConst::tritonMagneticMomentToBohrMagnetonRatio = 1.6223936616e-3 |
NISTCONST_CONSTANT | NISTConst::tritonMagneticMomentToNuclearMagnetonRatio = 2.978962460 |
NISTCONST_CONSTANT | NISTConst::tritonMass = 5.007356665e-27 |
NISTCONST_CONSTANT | NISTConst::tritonMassInJPercSquared = 4.500387735e-10 |
NISTCONST_CONSTANT | NISTConst::tritonMassInMeVPercSquared = 2808.921112 |
NISTCONST_CONSTANT | NISTConst::tritonMassInu = 3.01550071632 |
NISTCONST_CONSTANT | NISTConst::tritonMolarMass = 3.01550071632e-3 |
NISTCONST_CONSTANT | NISTConst::tritonProtonMassRatio = 2.99371703348 |
NISTCONST_CONSTANT NISTConst::tritonElectronMassRatio = 5496.92153588 |
\(\frac{m_{\textrm{T}}}{m_e} \ (1)\) Triton-electron mass ratio.
NISTCONST_CONSTANT NISTConst::tritongFactor = 5.957924920 |
\(g_{\textrm{T}} \ (1)\) Triton g factor.
NISTCONST_CONSTANT NISTConst::tritonMagneticMoment = 1.504609503e-26 |
\(\mu_{\textrm{T}} \ (\frac{J}{T})\) Triton magnetic moment in joules per tesla.
NISTCONST_CONSTANT NISTConst::tritonMagneticMomentToBohrMagnetonRatio = 1.6223936616e-3 |
\(\frac{\mu_{\textrm{T}}}{\mu_B} \ (1)\) Triton magnetic moment to Bohr magneton ratio.
NISTCONST_CONSTANT NISTConst::tritonMagneticMomentToNuclearMagnetonRatio = 2.978962460 |
\(\frac{\mu_{\textrm{T}}}{\mu_N} \ (1)\) Triton magnetic moment to nuclear magneton ratio
NISTCONST_CONSTANT NISTConst::tritonMass = 5.007356665e-27 |
\(m_{\textrm{T}} \ (kg)\) Triton mass in kilograms.
NISTCONST_CONSTANT NISTConst::tritonMassInJPercSquared = 4.500387735e-10 |
\(m_{\textrm{T}} \ (\frac{J}{c^2})\) Triton mass in joules per speed of light squared.
NISTCONST_CONSTANT NISTConst::tritonMassInMeVPercSquared = 2808.921112 |
\(m_{\textrm{T}} \ (\frac{MeV}{c^2})\) Triton mass in megaelectron volts per speed of light squared.
NISTCONST_CONSTANT NISTConst::tritonMassInu = 3.01550071632 |
\(m_{\textrm{T}} \ (u)\) Triton mass in unified atomic mass units.
NISTCONST_CONSTANT NISTConst::tritonMolarMass = 3.01550071632e-3 |
\(M_{\textrm{T}} \ (\frac{kg}{mol})\) Triton molar mass in kilograms per mole.
NISTCONST_CONSTANT NISTConst::tritonProtonMassRatio = 2.99371703348 |
\(\frac{m_{\textrm{T}}}{m_p} \ (1)\) Triton-proton mass ratio.