Extended Factorization scheme and a Fortran Interface for GENIE
Joint Theory and Experiment Meeting
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Joint Theory and Experiment Meeting
Computer programs for solving neutron and gamma transport and gamma heating problems in three- dimensional geometries
Computer program constructs lists of xy-coordinate pairs that define contour curves for an arbitrary given function of two variables and transmits these lists to plotting equipment to produce contour plots. The principal subroutine, CONTUR, is independent of any specific system of plotting subroutines and equipment.
Program determines if rendezvous in near space is possible, and performs an analysis to determine the approximate required values of the magnitude and direction of two thrust applications of the upper stage of a rocket firing. The analysis is performed by using ordinary Keplerian mechanics.
Computer program uses the principles of geometrical optics to design optical systems containing up to 100 planes, conic or polynomial aspheric surfaces, 7 object points, 6 colors, and 200 rays. This program can be used for the automatic design of optical systems or for the evaluation of existing optical systems.
TAPAT computer program for design and analysis of radiation shields in nuclear rocketry
TIC-TOC-TOE computer program for radiation shielding design and analysis in nuclear rocket systems
Neutron flux and gamma ray source edit computer program for design and analysis of radiation shields in nuclear rocket systems
Computer program gives blade-to-blade solution of the two-dimensional, subsonic, compressible, nonviscous flow problem for a circular or straight infinite cascade of tandem or slotted turbomachine blades. The method of solution is based on the stream function using iterative solution of nonlinear finite-difference equations.
Computer program for aerodynamic analysis of turbomachine blades
Finite difference theory for transonic velocity calculations on blade-to-blade stream surface of turbomachine
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Computer program modifies other source language programs as aid to debugging, checkout and final documentation to eliminate manual performance of rearranging and incrementing statement numbers, identifying and sequencing cards and inserting and/or removing end-of-batch symbols.
Computer programs for integrating equations of motion of ion-polar-molecule collisions
Subroutine ALLMAT for eigenvalues and eigenvectors of general complex nature
One dimensional equations describing noncavitating and cavitating flow in liquid-to-liquid jet pumps programmed for computer use
Computer program for estimating subsonic aerodynamic characteristics of various aerodynamic configurations is presented. Program represents lifting planforms with vortex-lattice. Specific aerodynamic characteristics to be determined are described. Examples and typical running times of various types of configurations are provided.