@inproceedings{447011b4028d49c796c6aae73ffe41c5,
title = "Evolution of RFSP 3.5 for CANDU analysis",
abstract = "From the outset of the development of the CANDU{\textregistered}1 reactor design, the reactor physics analysis of the core has relied on computer programs developed in Canada and international codes that have been modified and improved. RFSP is the main scientific code for full-core neutronics simulation and analysis of CANDU reactors. Computer codes have evolved to account for the unique characteristics of CANDU reactors. The specific new features, functions, and methodologies that have evolved in RFSP 3.5 series since the last major release of RFSP-IST version 3-04 in 2006 are reviewed in this paper. The new versions of RFSP 3.5 series offer unique capabilities for the design, operate and safety analysis of CANDU-type reactors.",
keywords = "CANDU, Neutron diffusion, RFSP",
author = "W. Shen and P. Schwanke",
year = "2012",
language = "英语",
isbn = "9781622767007",
series = "Canadian Nuclear Society - 33rd Annual Conference of the Canadian Nuclear Society and 36th CNS/CNA Student Conference 2012: Building on Our Past... Building for the Future",
pages = "1277--1288",
booktitle = "Canadian Nuclear Society - 33rd Annual Conference of the Canadian Nuclear Society and 36th CNS/CNA Student Conference 2012",
note = "33rd Annual Conference of the Canadian Nuclear Society and 36th CNS/CNA Student Conference 2012: Building on Our Past... Building for the Future ; Conference date: 10-06-2012 Through 13-06-2012",
}