ecode is a Monte Carlo code used for testing algorithms related to electron transport. The code can read basic physics parameters, such as energy-dependent stopping powers and screening parameters. The code permits simple planar geometries of slabs or cubes. Parallelization consists of domain replication, with work distributed at the start of the calculation and statistical results gathered at the end of the calculation. Some basic routines (such as input parsing, random number generation, and statistics processing) are shared with the Integrated Tiger Series codes. A variety of algorithms for uncertainty propagation are incorporated based on the stochastic collocation and stochastic Galerkin methods. These permit uncertainty only in the total and angular scattering cross sections. The code contains algorithms for simulating stochastic mixtures of two materials. The physics is approximate, ranging from mono-energetic and isotropic scattering to screened Rutherford angular scattering and Rutherford energy-loss scattering (simple electron transport models). No production of secondary particles is implemented, and no photon physics is implemented.
To order this software or receive further information, please fill out the following request: Request Software
Franke, Brian C., Olson, Aaron J., Bruss, Donald Eugene, Laub, Thomas W., Crawford, Martin J, Kenseck, Ronald P., and Prinja, Anil. ecode - Electron Transport Algorithm Testing v. 1.0.
Computer software. Vers. 00. USDOE. 5 Oct. 2016.
Web.
Franke, Brian C., Olson, Aaron J., Bruss, Donald Eugene, Laub, Thomas W., Crawford, Martin J, Kenseck, Ronald P., & Prinja, Anil. (2016, October 5). ecode - Electron Transport Algorithm Testing v. 1.0 (Version 00) [Computer software].
Franke, Brian C., Olson, Aaron J., Bruss, Donald Eugene, Laub, Thomas W., Crawford, Martin J, Kenseck, Ronald P., and Prinja, Anil. ecode - Electron Transport Algorithm Testing v. 1.0.
Computer software. Version 00. October 5, 2016.
@misc{osti_1343313,
title = {ecode - Electron Transport Algorithm Testing v. 1.0, Version 00},
author = {Franke, Brian C. and Olson, Aaron J. and Bruss, Donald Eugene and Laub, Thomas W. and Crawford, Martin J and Kenseck, Ronald P. and Prinja, Anil},
abstractNote = {ecode is a Monte Carlo code used for testing algorithms related to electron transport. The code can read basic physics parameters, such as energy-dependent stopping powers and screening parameters. The code permits simple planar geometries of slabs or cubes. Parallelization consists of domain replication, with work distributed at the start of the calculation and statistical results gathered at the end of the calculation. Some basic routines (such as input parsing, random number generation, and statistics processing) are shared with the Integrated Tiger Series codes. A variety of algorithms for uncertainty propagation are incorporated based on the stochastic collocation and stochastic Galerkin methods. These permit uncertainty only in the total and angular scattering cross sections. The code contains algorithms for simulating stochastic mixtures of two materials. The physics is approximate, ranging from mono-energetic and isotropic scattering to screened Rutherford angular scattering and Rutherford energy-loss scattering (simple electron transport models). No production of secondary particles is implemented, and no photon physics is implemented.},
doi = {},
url = {https://www.osti.gov/biblio/1343313},
year = {Wed Oct 05 00:00:00 EDT 2016},
month = {Wed Oct 05 00:00:00 EDT 2016},
note =
}
