celeritas::inp::MucfPhysics Struct Reference

Muon-catalyzed fusion physics options and data import. More...

#include <MucfPhysics.hh>

Public Types
template<class T >
using	Vec = std::vector< T >

Public Member Functions
	operator bool () const
	Whether muon-catalyzed fusion physics is enabled.

Static Public Member Functions
static MucfPhysics	from_default ()
	Construct hardcoded muon-catalyzed fusion physics data.

Public Attributes
Grid	muon_energy_cdf
	CDF for outgoing muCF muon.
Vec< MucfCycleRate >	cycle_rates
	Mean cycle rates for muonic molecules.
Vec< MucfAtomTransferRate >	atom_transfer
	Muon atom transfer rates.
Vec< MucfAtomSpinFlipRate >	atom_spin_flip
	Muon atom spin flip rates.

Detailed Description

Muon-catalyzed fusion physics options and data import.

Minimum requirements for muon-catalyzed fusion:

• Muon energy CDF data, required for sampling the outgoing muCF muon, and
• Mean cycle rate data for dd, dt, and tt muonic molecules.

Muonic atom transfer and muonic atom spin flip are secondary effects and not required for muCF to function.

Member Function Documentation

from_default()

MucfPhysics celeritas::inp::MucfPhysics::from_default ( )

static

Construct hardcoded muon-catalyzed fusion physics data.

Todo:

Official tables are implemented directly in C++ in NK Labs Geant4 implementation. These likely will be loaded from external data files so that muCF experimental data can be loaded at runtime.

Todo:

Initialize hardcoded CDF data

Todo:

Todo:

Initialize hardcoded cycle rate data

Todo:

Todo:

Initialize hardcoded atom transfer data

Todo:

Todo:

Initialize hardcoded spin flip data

---

The documentation for this struct was generated from the following files:

• MucfPhysics.hh
• MucfPhysics.cc