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Publications by M.G. Austin
SOC Code: Lagrangian, Finite-Difference Calculational Technique in One-Dimensional Symmetry. [In Modified Fortran IV for CDC 7600]
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CDC 7600: FORTRAN Optimizing Techniques
Integrated System for Production of Neutronics and Photonics Calculational Constants. Volume 5, Revision 1. CLYDE, a Code for the Production of Calculational Constants From Nuclear Data. [For CDC-7600 Computer]
Integrated System for Production of Neutronics and Photonics Calculational Constants. Volume 21, Part C, Program SIGMAL (Version 79-1): Doppler-Broaden Evaluated Cross Sections in the Livermore-Evaluated Nuclear Data Library (ENDL) Format. [In FORTRAN IV for CDC 7600]
Program RECENT (Version 79-1): Reconstruction of Energy-Dependent Neutron Cross Sections From Resonance Parameters in the ENDF/B Format. [In FORTRAN IV for CDC-7600 and Cray-1]
TESS: A ONE-DIMENSIONAL S/Sub N/ TRANSPORT-THEORY CODE FOR THE CDC-3600.
CDC 7600 LTSS Programming Stratagens: Preparing Your First Production Code for the Livermore Timesharing System
Higher-Order Finite Volume Method With Semi-Lagrangian Scheme for One-Dimensional Conservation Laws
Advances in Difference Equations
Applied Mathematics
Number Theory
Analysis
Algebra
An Improvement for the Locally One-Dimensional Finite-Difference Time-Domain Method
Modern Applied Science
Reliability Assessment Study for Calculational Results by Criticality Code System KENO-IV, MGCL.
Journal of the Atomic Energy Society of Japan / Atomic Energy Society of Japan
