Advanced Monte Carlo for radiation physics, particle transport simulation, and applications: proceedings of the Monte Carlo 2000 Conference, Lisbon, 23-26 October 2000
This book focusses on the state of the art of Monte Carlo methods in radiation physics and particle transport simulation and applications, the latter involving in particular, the use and development of electron--gamma, neutron--gamma and hadronic codes. Besides the basic theory and the methods employed, special attention is paid to algorithm development for modeling, and the analysis of experiments and measurements in a variety of fields ranging from particle to medical physics.
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A Very Personal View
Status of the MCNPX Transport Code
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absorbed dose adjoint algorithm angle angular distribution applications approximation atomic attenuation Auger electrons Biol bremsstrahlung cavity cell collisions comparison Compton Compton scattering cross sections curves D.W.O. Rogers density depth dose detector developed dose calculation dose distributions dosimetry effect efficiency elastic scattering electron beam electron energy emission energy deposition energy loss energy range equation estimate experimental data fluence function gamma Geant4 geometry Hirayama implemented inelastic inelastic collisions interactions ionisation ionization irradiated liquid water low energy material MCNP mean free path measurements Meth Monte Carlo code Monte Carlo method Monte Carlo simulation muons neutron Nucl obtained optical pair production parameters phantom photoelectric photon photon beam photon energy Phys physics positron produced profiles Quasi-Monte Carlo Quasi-Monte Carlo Methods radiation random number ratio sampling secondary electrons sequence spectra spectrum surface target technique thickness tion tissue track trajectory values voxel X-ray