Checked multipoint coupled-reactor theory against MCNP5 on the two-region Deuterium Critical Assembly: multiplication factors and coupling coefficients agreed as the water levels in each core were varied.
His part: First author.
§ Publications 2013
§1 Takeaway
Checked multipoint coupled-reactor theory against MCNP5 on the two-region Deuterium Critical Assembly: multiplication factors and coupling coefficients agreed as the water levels in each core were varied.
His part: First author.
§2 Read it
§3 Cite
@inproceedings{hussein2013mcnp5,
author = {M. S. Hussein and H. W. Bonin and B. J. Lewis},
title = {Numerical Verification of the Theory of Coupled Reactors for a Deuterium Critical Assembly Using MCNP5},
booktitle = {34th Annual Conference of the Canadian Nuclear Society},
year = {2013},
address = {Toronto},
}§· Related
| No. | Year | Title | Venue |
|---|---|---|---|
| 01 | 2013 | Numerical Verification/Validation of the Theory of Coupled Reactors for Deuterium Critical Assembly, using MCNP5 and Serpent CodesM. S. Hussein, B. J. Lewis, H. W. Bonin | CANDU Fuel 2013Conference · Kingston, Ontario |