A nodal expansion method for fast reactor calculations in hexagonal geometry
Author:
Publisher
Elsevier BV
Subject
Nuclear Energy and Engineering
Reference17 articles.
1. Benchmark Calculations for a Sodium-Cooled Breeder Reactor by Two- and Three-Dimensional Diffusion Methods
2. Optimized Iteration Strategies and Data Management Considerations for Fast Reactor Finite Difference Diffusion Theory Codes
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1. An adaptive mesh refinement approach for average current nodal expansion method in 2-D rectangular geometry;Annals of Nuclear Energy;2013-05
2. Development of an Advanced Core Analysis System for Boiling Water Reactor Designs;Nuclear Technology;1997-04
3. Response Matrix Properties and Convergence Implications for an Interface-Current Nodal Formulation;Nuclear Science and Engineering;1995-12
4. NODHEX: A 2-D diffusion code based on the nodal expansion method in hexagonal geometry and its validation;Annals of Nuclear Energy;1993-12
5. Solution of the multigroup diffusion equation in hex-z geometry by finite Fourier transformation;Annals of Nuclear Energy;1993-03
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