Results 231 to 240 of about 23,606 (263)

MCNP-PoliMi: a Monte-Carlo code for correlation measurements

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2003
AbstractThe Monte-Carlo simulation of correlation measurements that rely on the detection of fast neutrons and photonsfrom fission requires that particle interactions in each history be described as closely as possible. The MCNP-PoliMi 1 code has been developed from the standard MCNP code to simulate each neutron–nucleus interaction as closely ...
S. A. POZZI, PADOVANI, ENRICO, MARSEGUERRA, MARZIO   +2 more
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The FLUKA Monte Carlo Code

2016
Monte Carlo (MC) calculations are a standard tool in several areas of research, and particularly in physics. This name is used to refer to any technique in which complex models are evaluated by generating successive random samples and interpreting statistically the global result after numerous iterations.
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MOx benchmark calculations by deterministic and Monte Carlo codes

Nuclear Engineering and Design, 2012
Abstract A depletion calculation benchmark devoted to MOx fuel is an ongoing objective of the OECD/NEA WPRS following the study of depletion calculation concerning UOx fuels. The objective of the proposed benchmark is to compare existing depletion calculations obtained with various codes and data libraries applied to fuel and back-end cycle ...
KOTEV G., PECCHIA M., PARISI C., D'AURIA, FRANCESCO SAVERIO   +3 more
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egs_brachy: a versatile and fast Monte Carlo code for brachytherapy

Physics in Medicine and Biology, 2016
egs_brachy is a versatile and fast Monte Carlo (MC) code for brachytherapy applications. It is based on the EGSnrc code system, enabling simulation of photons and electrons. Complex geometries are modelled using the EGSnrc C++ class library and egs_brachy includes a library of geometry models for many brachytherapy sources, in addition to eye plaques ...
Marc J P, Chamberland, Randle E P, Taylor, D W O, Rogers, Rowan M, Thomson   +3 more
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A Monte Carlo code for positive ion track simulation

Radiation and Environmental Biophysics, 1999
An ion interaction model has been described for simulating positive ion tracks in a variety of media with the capability of interfacing with several secondary electron transport codes. Data are presented for single-and double-differential cross-sections, binding energies, probability density distribution for delocalisation parameters for conductors and
W E, Wilson, H, Nikjoo
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Applications of ETRAN Monte Carlo Codes

1988
Of the many possible applications of electron-photon Monte Carlo calculations to problems in radiation physics, a significant subset can be carried out in rather simple geometry, such as slabs or cylinders composed of a single, or perhaps a few, materials.
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MCMC2 : A Monte Carlo code for multiply-charged clusters

Computer Physics Communications, 2013
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Bonhommeau, David A., Gaigeot, Marie-Pierre   +1 more
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Implementation of a Monte Carlo code on a parallel computer system

Parallel Computing, 1994
This article describes the implementation of a Monte Carlo based code for a multiple-transputer system (Edinburgh Concurrent Supercomputer). The application is related to measuring the radiation dose absorbed in cylindrical dosimeters. The evolution of particles is supposed to be described by a Markov chain.
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BEAM: A Monte Carlo code to simulate radiotherapy treatment units

Medical Physics, 1995
This paper describes BEAM, a general purpose Monte Carlo code to simulate the radiation beams from radiotherapy units including high‐energy electron and photon beams, 60Co beams and ortho‐voltage units. The code handles a variety of elementary geometric entities which the user puts together as needed (jaws, applicators, stacked cones, mirrors, etc ...
D W, Rogers, B A, Faddegon, G X, Ding, C M, Ma, J, We, T R, Mackie   +5 more
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Acceleration of a Monte Carlo radiation transport code

AIP Conference Proceedings, 1996
Execution time for the Integrated TIGER Series (ITS) Monte Carlo radiation transport code has been reduced by careful re‐coding of computationally intensive subroutines. Three test cases for the TIGER (1‐D slab geometry), CYLTRAN (2‐D cylindrical geometry), and ACCEPT (3‐D arbitrary geometry) codes were identified and used to benchmark and profile ...
Reuben D. Hochstedler, L. Montgomery Smith   +1 more
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