genie::mueloss Namespace Reference

The MuELoss utility package that computes muon energy losses in the energy range from 1 GeV to 10 TeV due to ionization, direct e-e+ pair production, bremsstrahlung and photonuclear interactions. Very handy in neutrino-induced upgoing-muon calculations. More...

Namespaces
	gsl

Classes
class	BetheBlochMaterialParams
	Bethe Bloch parameters for various materials. More...
class	BetheBlochModel
	Bethe-Bloch model for muon energy loss due to Ionization Concrete implementation of the MuELossI interface. More...
class	BezrukovBugaevModel
	Bezrukov-Bugaev model for the energy loss of high energy muons due to photonuclear interactions. Concrete implementation of the MuELossI interface. More...
class	KokoulinPetrukhinModel
	Kokoulin-Petrukhin model for the energy loss of muons due to direct e+e- pair production. Concrete implementation of the MuELossI interface. More...
class	MuELMaterial
	Enumeration of materials for which the MuELoss package knows how to calculate muon energy losses. More...
class	MuELossI
class	MuELProcess
	Enumeration of muon energy loss processes. More...
class	PetrukhinShestakovModel
	Bethe-Heitler, Petrukhin-Shestakov model for the energy loss of muons due to bremsstrahlung. Concrete implementation of the MuELossI interface. More...
class	BezrukovBugaevIntegrand
	Auxiliary scalar function for the internal integration in Bezrukov Bugaev model. More...
class	KokoulinPetrukhinIntegrand
	Auxiliary scalar function for the internal integration in Kokulin Petrukhin model. More...
class	PetrukhinShestakovIntegrand
	Auxiliary scalar function for the internal integration in Petrukhin Shestakov model. More...

Typedefs
typedef enum genie::mueloss::EMuELMaterial	MuELMaterial_t
typedef enum genie::mueloss::EMuELProcess	MuELProcess_t

Enumerations
enum	EMuELMaterial {   eMuUndefined = 0, eMuHydrogen = 101, eMuDeuterium = 102, eMuHelium = 103,   eMuLithium = 104, eMuBeryllium = 105, eMuBoron = 106, eMuCarbon = 107,   eMuNitrogen = 108, eMuOxygen = 109, eMuFluorine = 110, eMuNeon = 111,   eMuSodium = 112, eMuMagnesium = 113, eMuAluminium = 114, eMuSilicon = 115,   eMuSulphur = 116, eMuChlorine = 117, eMuArgon = 118, eMuPotassium = 119,   eMuCalcium = 120, eMuChromium = 121, eMuManganese = 122, eMuIron = 123,   eMuNickel = 124, eMuCopper = 125, eMuZinc = 126, eMuGermanium = 127,   eMuBromine = 128, eMuTin = 129, eMuIodine = 130, eMuBarium = 131,   eMuTungsten = 132, eMuLead = 133, eMuBismuth = 134, eMuUranium = 135,   eMuBariumFluoride = 201, eMuBismuthGermanate = 202, eMuPyrex = 203, eMuCalciumCarbonate = 204,   eMuConcrete = 205, eMuFreon12 = 206, eMuFreon13B1 = 207, eMuLeadGlassSF5 = 208,   eMuLeadOxide = 209, eMuLithiumFluoride = 210, eMuLucite = 211, eMuPolyethylene = 212,   eMuPolystyrene = 213, eMuLiquidPropane = 214, eMuSiliconDioxide = 215, eMuSodiumIodide = 216,   eMuStandardRock = 217, eMuUraniumOxide = 218, eMuWater = 219 }
enum	EMuELProcess {   eMupUndefined = 0, eMupIonization, eMupPairProduction, eMupBremsstrahlung,   eMupNuclearInteraction, eMupSum }

Variables
const double	kMaxMuE = 10000

Detailed Description

The MuELoss utility package that computes muon energy losses in the energy range from 1 GeV to 10 TeV due to ionization, direct e-e+ pair production, bremsstrahlung and photonuclear interactions. Very handy in neutrino-induced upgoing-muon calculations.

Typedef Documentation

typedef enum genie::mueloss::EMuELMaterial genie::mueloss::MuELMaterial_t

typedef enum genie::mueloss::EMuELProcess genie::mueloss::MuELProcess_t

Enumeration Type Documentation

enum genie::mueloss::EMuELMaterial

Enumerator
eMuUndefined
eMuHydrogen
eMuDeuterium
eMuHelium
eMuLithium
eMuBeryllium
eMuBoron
eMuCarbon
eMuNitrogen
eMuOxygen
eMuFluorine
eMuNeon
eMuSodium
eMuMagnesium
eMuAluminium
eMuSilicon
eMuSulphur
eMuChlorine
eMuArgon
eMuPotassium
eMuCalcium
eMuChromium
eMuManganese
eMuIron
eMuNickel
eMuCopper
eMuZinc
eMuGermanium
eMuBromine
eMuTin
eMuIodine
eMuBarium
eMuTungsten
eMuLead
eMuBismuth
eMuUranium
eMuBariumFluoride
eMuBismuthGermanate
eMuPyrex
eMuCalciumCarbonate
eMuConcrete
eMuFreon12
eMuFreon13B1
eMuLeadGlassSF5
eMuLeadOxide
eMuLithiumFluoride
eMuLucite
eMuPolyethylene
eMuPolystyrene
eMuLiquidPropane
eMuSiliconDioxide
eMuSodiumIodide
eMuStandardRock
eMuUraniumOxide
eMuWater

Definition at line 29 of file MuELMaterial.h.

                           {

  eMuUndefined = 0,

  // ---- elements

  eMuHydrogen         = 101,
  eMuDeuterium        = 102,
  eMuHelium           = 103,
  eMuLithium          = 104,
  eMuBeryllium        = 105,
  eMuBoron            = 106,
  eMuCarbon           = 107,
  eMuNitrogen         = 108,
  eMuOxygen           = 109,
  eMuFluorine         = 110,
  eMuNeon             = 111,
  eMuSodium           = 112,
  eMuMagnesium        = 113,
  eMuAluminium        = 114,
  eMuSilicon          = 115,
  eMuSulphur          = 116,
  eMuChlorine         = 117,
  eMuArgon            = 118,
  eMuPotassium        = 119,
  eMuCalcium          = 120,
  eMuChromium         = 121,
  eMuManganese        = 122,
  eMuIron             = 123,
  eMuNickel           = 124,
  eMuCopper           = 125,
  eMuZinc             = 126,
  eMuGermanium        = 127,
  eMuBromine          = 128,
  eMuTin              = 129,
  eMuIodine           = 130,
  eMuBarium           = 131,
  eMuTungsten         = 132,
  eMuLead             = 133,
  eMuBismuth          = 134,
  eMuUranium          = 135,

  // ---- compound materials 

  eMuBariumFluoride   = 201,
  eMuBismuthGermanate = 202,
  eMuPyrex            = 203, /* <-- SiO2(80%),B2O3(12%),Na2O(5%) */
  eMuCalciumCarbonate = 204,
  eMuConcrete         = 205, /* <-- O2(52.9%),Si(33.7%),Ca(4.4%),Al(3.4%),Na(1.6%),Fe(1.4%),K(1.3%),H2(1%) */
  eMuFreon12          = 206,
  eMuFreon13B1        = 207,
  eMuLeadGlassSF5     = 208, /* <-- PbO(55%),SiO2 (38%),K2O(5%),Na2O(1%) */
  eMuLeadOxide        = 209,
  eMuLithiumFluoride  = 210,
  eMuLucite           = 211,
  eMuPolyethylene     = 212,
  eMuPolystyrene      = 213,
  eMuLiquidPropane    = 214,
  eMuSiliconDioxide   = 215,
  eMuSodiumIodide     = 216,
  eMuStandardRock     = 217,
  eMuUraniumOxide     = 218,
  eMuWater            = 219

} MuELMaterial_t;

enum genie::mueloss::EMuELProcess

Enumerator
eMupUndefined
eMupIonization
eMupPairProduction
eMupBremsstrahlung
eMupNuclearInteraction
eMupSum

Definition at line 29 of file MuELProcess.h.

                          {

  eMupUndefined = 0,
  eMupIonization,
  eMupPairProduction,
  eMupBremsstrahlung,     
  eMupNuclearInteraction,
  eMupSum,

} MuELProcess_t;

Variable Documentation

const double genie::mueloss::kMaxMuE = 10000

Definition at line 29 of file MuELossI.h.

Referenced by genie::mueloss::BetheBlochModel::dE_dx(), genie::mueloss::BezrukovBugaevModel::dE_dx(), genie::mueloss::KokoulinPetrukhinModel::dE_dx(), and genie::mueloss::PetrukhinShestakovModel::dE_dx().