physical constants More...
#include <utl/AugerUnits.h>#include <utl/MathConstants.h>Go to the source code of this file.
Namespaces | |
| utl | |
Variables | |
| constexpr double | utl::kAirDensitySeaLevel = 1.24036 * kg/m3 |
| constexpr double | utl::kAlpha |
| constexpr double | utl::kArAirFraction = 9340 * perMillion |
| constexpr double | utl::kArMolarMass = 39.9481 * gram/mole |
| constexpr double | utl::kAvogadro = 6.022142e23 / mole |
| constexpr double | utl::kBoltzmann = kMolarGasConstant / kAvogadro |
| constexpr double | utl::kCO2AirFraction = 380 * perMillion |
| constexpr double | utl::kCO2MolarMass = 44.0096 * gram/mole |
| constexpr double | utl::kConversionRadioSignalToEnergyFluence = 1 / second * kSpeedOfLightSI * kEpsilonZeroSI / eSI |
| constexpr double | utl::kDeltaMass = 1.232 * MeV |
| constexpr double | utl::kDeuteronMass = 1875.612762 * MeV |
| constexpr double | utl::kDeuteronMassSI = kDeuteronMass*kMassConversionSI |
| constexpr double | utl::kDryAirMolarMass = 28.97 * gram/mole |
| constexpr double | utl::kEarthRadius = 6371.0*km |
| constexpr double | utl::kElectronMass = 0.510998902 * MeV |
| constexpr double | utl::kElectronMassSI = kElectronMass * kMassConversionSI |
| constexpr double | utl::kElectronRadiusSI |
| constexpr double | utl::kEpsilonZeroSI = 1 / (kMuZeroSI * kSpeedOfLightSI*kSpeedOfLightSI) |
| constexpr double | utl::kEtaMass = 547.30 * MeV |
| constexpr double | utl::kEtaMassSI = kEtaMass * kMassConversionSI |
| constexpr double | utl::kgEarth = 9.81 * m/(s*s) |
| constexpr double | utl::kH2OFreezingPoint = 273.15 * kelvin |
| constexpr double | utl::kH2OMolarMass = 18.0153 * gram/mole |
| constexpr double | utl::kKaonChargedLifetime = 1.2384e-8 * s |
| constexpr double | utl::kKaonChargedMass = 493.677 * MeV |
| constexpr double | utl::kKaonChargedMassSI = kKaonChargedMass * kMassConversionSI |
| constexpr double | utl::kKaonStarChargedMass = 0.89166 * GeV |
| constexpr double | utl::kKaonStarZeroMass = 0.89594 * GeV |
| constexpr double | utl::kKaonZeroLongLifetime = 5.17e-8 * s |
| constexpr double | utl::kKaonZeroMass = 497.672 * MeV |
| constexpr double | utl::kKaonZeroMassSI = kKaonZeroMass * kMassConversionSI |
| constexpr double | utl::kKaonZeroShortLifetime = 0.8934e-10 * s |
| constexpr double | utl::kLambdacMass = 2286.46 * MeV |
| constexpr double | utl::kLambdacMassSI = kLambdacMass * kMassConversionSI |
| constexpr double | utl::kLambdaGH = 70 * g/cm2 |
| constexpr double | utl::kLambdaLifetime = 2.632e-10 * s |
| constexpr double | utl::kLambdaMass = 1115.683 * MeV |
| constexpr double | utl::kLambdaMassSI = kLambdaMass * kMassConversionSI |
| constexpr double | utl::kMassConversionSI = eSI / (kSpeedOfLightSI*kSpeedOfLightSI) |
| constexpr double | utl::kMolarGasConstant = 8.3145 * joule/(mole*kelvin) |
| constexpr double | utl::kMuonLifetime = 2.19703e-6 * s |
| constexpr double | utl::kMuonMass = 105.658357 * MeV |
| constexpr double | utl::kMuonMassSI = kMuonMass * kMassConversionSI |
| constexpr double | utl::kMuZero = kMuZeroSI*newton/(ampere*ampere) |
| constexpr double | utl::kMuZeroSI = 4*kPi * 1e-7 |
| constexpr double | utl::kN2AirFraction = 780840 * perMillion |
| constexpr double | utl::kN2MolarMass = 28.0134 * gram/mole |
| constexpr double | utl::kNeutronLifetime = 885.7 * s |
| constexpr double | utl::kNeutronMass = 939.56533 * MeV |
| constexpr double | utl::kNeutronMassSI = kNeutronMass * kMassConversionSI |
| constexpr double | utl::kO2AirFraction = 209460 * perMillion |
| constexpr double | utl::kO2MolarMass = 31.9989 * gram/mole |
| constexpr double | utl::kOmegaMesonMass = 782.65 * MeV |
| constexpr double | utl::kOmegaMinusLifetime = 0.821e-10 * s |
| constexpr double | utl::kOmegaMinusMass = 1672.45 * MeV |
| constexpr double | utl::kOmegaMinusMassSI = kOmegaMinusMass * kMassConversionSI |
| constexpr double | utl::kOverburdenSeaLevel = 1033 * g/cm2 |
| constexpr double | utl::kPhiMass = 1.01946 * GeV |
| constexpr double | utl::kPiChargedLifetime = 2.6033e-8 * s |
| constexpr double | utl::kPiChargedMass = 139.57018 * MeV |
| constexpr double | utl::kPiChargedMassSI = kPiChargedMass * kMassConversionSI |
| constexpr double | utl::kPiZeroLifetime = 8.4e-17 * s |
| constexpr double | utl::kPiZeroMass = 134.9766 * MeV |
| constexpr double | utl::kPiZeroMassSI = kPiZeroMass * kMassConversionSI |
| constexpr double | utl::kPlanck = kPlanckSI * joule*s |
| constexpr double | utl::kPlanckReduced = kPlanckReducedSI * joule*s |
| constexpr double | utl::kPlanckReducedSI = kPlanckSI / (2*kPi) |
| constexpr double | utl::kPlanckSI = 6.62606876e-34 |
| constexpr double | utl::kProtonMass = 938.271998 * MeV |
| constexpr double | utl::kProtonMassSI = kProtonMass * kMassConversionSI |
| constexpr double | utl::kRadiationLength = 37 * g/cm2 |
| constexpr double | utl::kRefractiveIndexSeaLevel = 1.000292 |
| constexpr double | utl::kRhoChargedMass = 775.11 * MeV |
| constexpr double | utl::kRhoZeroMass = 775.49 * MeV |
| constexpr double | utl::kSigmaMinusLifetime = 1.479e-10 * s |
| constexpr double | utl::kSigmaMinusMass = 1197.449 * MeV |
| constexpr double | utl::kSigmaMinusMassSI = kSigmaMinusMass * kMassConversionSI |
| constexpr double | utl::kSigmaPlusLifetime = 0.8018e-10 * s |
| constexpr double | utl::kSigmaPlusMass = 1189.37 * MeV |
| constexpr double | utl::kSigmaPlusMassSI = kSigmaPlusMass * kMassConversionSI |
| constexpr double | utl::kSigmaZeroLifetime = 7.4e-20 * s |
| constexpr double | utl::kSigmaZeroMass = 1192.642 * MeV |
| constexpr double | utl::kSigmaZeroMassSI = kSigmaZeroMass * kMassConversionSI |
| constexpr double | utl::kSpeedOfLight = kSpeedOfLightSI * m/s |
| constexpr double | utl::kSpeedOfLight2 = kSpeedOfLight * kSpeedOfLight |
| constexpr double | utl::kSpeedOfLightSI = 299792458 |
| constexpr double | utl::kTauMass = 1776.99 * MeV |
| constexpr double | utl::kTauMassSI = kTauMass * kMassConversionSI |
| constexpr double | utl::kThomsonCrossSectionSI |
| constexpr double | utl::kXiMinusLifetime = 1.639e-10 * s |
| constexpr double | utl::kXiMinusMass = 1321.31 * MeV |
| constexpr double | utl::kXiMinusMassSI = kXiMinusMass * kMassConversionSI |
| constexpr double | utl::kXiZeroLifetime = 2.9e-10 * s |
| constexpr double | utl::kXiZeroMass = 1314.83 * MeV |
| constexpr double | utl::kXiZeroMassSI = kXiZeroMass * kMassConversionSI |
physical constants
Definition in file PhysicalConstants.h.