Abstract
The Monte Carlo code NEBRASCA, described in this paper, calculates the relevant characteristics of neutron sources for time-of-flight spectrometry, obtained from Bremsstrahlung radiation interacting with a deuterated target. The target may have different shapes and may include absorbing or moderating materials. Source characteristics, such as neutron intensity, resolution function, figure of merit and average moderation distance, may be calculated as a function of neutron direction and of neutron energy, including the thermal region too. The code input is described in detail and an example of output is given.
Citation Formats
Coceva, C, Cupini, E, and Ferro, G.
NEBRASCA: Monte Carlo code for simulation of neutron sources from deuteron photodisintegration.
Italy: N. p.,
1992.
Web.
Coceva, C, Cupini, E, & Ferro, G.
NEBRASCA: Monte Carlo code for simulation of neutron sources from deuteron photodisintegration.
Italy.
Coceva, C, Cupini, E, and Ferro, G.
1992.
"NEBRASCA: Monte Carlo code for simulation of neutron sources from deuteron photodisintegration."
Italy.
@misc{etde_10138997,
title = {NEBRASCA: Monte Carlo code for simulation of neutron sources from deuteron photodisintegration}
author = {Coceva, C, Cupini, E, and Ferro, G}
abstractNote = {The Monte Carlo code NEBRASCA, described in this paper, calculates the relevant characteristics of neutron sources for time-of-flight spectrometry, obtained from Bremsstrahlung radiation interacting with a deuterated target. The target may have different shapes and may include absorbing or moderating materials. Source characteristics, such as neutron intensity, resolution function, figure of merit and average moderation distance, may be calculated as a function of neutron direction and of neutron energy, including the thermal region too. The code input is described in detail and an example of output is given.}
place = {Italy}
year = {1992}
month = {Sep}
}
title = {NEBRASCA: Monte Carlo code for simulation of neutron sources from deuteron photodisintegration}
author = {Coceva, C, Cupini, E, and Ferro, G}
abstractNote = {The Monte Carlo code NEBRASCA, described in this paper, calculates the relevant characteristics of neutron sources for time-of-flight spectrometry, obtained from Bremsstrahlung radiation interacting with a deuterated target. The target may have different shapes and may include absorbing or moderating materials. Source characteristics, such as neutron intensity, resolution function, figure of merit and average moderation distance, may be calculated as a function of neutron direction and of neutron energy, including the thermal region too. The code input is described in detail and an example of output is given.}
place = {Italy}
year = {1992}
month = {Sep}
}