A ray tracing digital computer program for the study of magnetospheric duct propagation
Ray tracing digital computer program for magnetospheric duct propagation studies
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Ray tracing digital computer program for magnetospheric duct propagation studies
Topological symbolic analysis of circuits defined by topological constraints, utilizing digital computers
Algorithm for fast digital computer recursive estimation of mean of random variable
A digital computer program for analyzing the electromagnetic design of salient, wound pole alternators is presented. The program, which is written in FORTRAN 4, calculates the open-circuit saturation curve, the field-current requirements at rated voltage for various loads and losses, efficiency, reactances, time constants, and weights. The methods used to calculate some of these items are presented or appropriate references are cited. Instructions for using the program and typical program input and output for an alternator design are given, and an alphabetical list of most FORTRAN symbols and the complete program listing with flow charts are included.
Interlocking plan for entire countdown checkout process by combining subsystems simulated as partially controlled stochastic process
In the study phase of the project to provide a general purpose laboratory facility for use in research in training simulation techniques, digital computer systems and interface equipments were evaluated for the application. Criteria for the system evaluation were obtained from previous studies, involving the F100A aircraft and EROS vehicle flight simulations using the UDOFT computer facility.
Digital computer program based on matrix formulation for analysis and design of linear state variable feedback systems
Use of digital computers to analyze stability of complicated energy systems
Mathematical modeling and digital computer root locus technique for analysis and synthesis of DLA networks
Earth resources information system using aerial photographs and digital computers
Digital computer program for computing vibration characteristics of ring-stiffened orthotropic shells of revolution - users manual
A technique is presented for generating phase plane plots on a digital computer which circumvents the difficulties associated with more traditional methods of numerical solving nonlinear differential equations. In particular, the nonlinear differential equation of operation is formulated.
Digital computer techniques applied to study of impact dynamics of lunar landing vehicles
RC synthesis of minimum phase transfer functions into passive networks, discussing digital computer application
ANLYZ digital computer program subroutine for complex analysis of distributed lumped active networks
Direct view storage tube /DVST/ as graphical display unit for small digital computer installation
Network analysis and synthesis by digital computer
Design of digital computer program for feedback compensators in transfer functions