AT.Mass.Stopping.Power.with.no

id of the data source (see also
 <code><a href="/link/stopping.power.source.no?package=libamtrack&version=0.6.3" rd-options="" data-mini-rdoc="libamtrack::stopping.power.source.no">stopping.power.source.no</a></code>).

stopping.power.source.no

kinetic energies in MeV per amu (array of size n) (see also
 <code><a href="/link/E.MeV.u?package=libamtrack&version=0.6.3" rd-options="" data-mini-rdoc="libamtrack::E.MeV.u">E.MeV.u</a></code>).

E.MeV.u

particle numbers (array of size n) (see also
 <code><a href="/link/particle.no?package=libamtrack&version=0.6.3" rd-options="" data-mini-rdoc="libamtrack::particle.no">particle.no</a></code>).

particle.no

material number (see also <code><a href="/link/material.no?package=libamtrack&version=0.6.3" rd-options="" data-mini-rdoc="libamtrack::material.no">material.no</a></code>).

material.no

Retrieves the electronic mass stopping power in MeV*cm2/g
 for the requested energies and particles for a specified
 material and data source. The data source is thereby
 given via its integer id (s. AT_StoppingPowerData.h for
 details). Data that should be read from a file
 cannot be used with this method.

R interface to the open-source, ANSI C library 'libamtrack' (http://libamtrack.dkfz.org). 'libamtrack' provides computational routines for the prediction of detector response and radiobiological efficiency in heavy charged particle beams. It is designed for research in proton and ion dosimetry and radiotherapy. 'libamtrack' also includes many auxiliary physics routines for proton and ion beams. Original package and C-to-R conversion routines developed by Felix A. Klein.

AT.Mass.Stopping.Power.with.no: AT.Mass.Stopping.Power.with.no

Description

Usage

Arguments

Value

See Also