The Responses of the University of Iowa Charged Particle Detectors on Explorer 12 Graphic Summary
Graphs of charged particle detectors responses on Explorer XII satellite
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Graphs of charged particle detectors responses on Explorer XII satellite
Graphs of Explorer XIV charged particle detectors responses
On-line computation and man-computer interactive languages, discussing JOSS, MADCAP and Klerer- May systems
Computer programs for plotting pollen diagrams
Digital computer with visual display for sonic boom flow field analysis
Reverse solution trajectory approximations to domain of attraction for second order differential equations
Planetary flight handbook - direct trajectories to Jupiter, Saturn, Uranus, and Neptune
Trajectories for 1976 to 1980 Grand Tours
Lunar and earth surfaces imaging for astronaut training in LEM simulator
Analysis method utilizes graph-theoretic approach for evaluating computation cost and makes logical distinction between linear graph of a computation and linear graph of a program. It applies equally well to other processes which depend on quatitative edge nomenclature and precedence relationships between edges.
Steep approach to landing for jet transport aircraft noise abatement, using ground based equipment and onboard TV display
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Handbook was published on study which describes relative merits of two general-purpose, steroscopic display systems. Both systems are adaptable to most small data processing facilities and, with minimal hardware development, greatly enhance user ability to interact with computer and to interpret data output. Section also describes digital-to-analog converters designed for use with system.
A computer program for a PDP-15 is presented which calculates, to first order, the characteristics of charged-particle beam as it is transported through a sequence of focusing and bending magnets. The maximum dimensions of the beam envelope normal to the transport system axis are continuously plotted on an oscilloscope as a function of distance along the axis. Provision is made to iterate the calculation by changing the types of magnets, their positions, and their field strengths. The program is especially useful for transport system design studies because of the ease and rapidity of altering parameters from panel switches. A typical calculation for a system with eight elements is completed in less than 10 seconds. An IBM 7094 version containing more-detailed printed output but no oscilloscope display is also presented.
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Explore the source record for details and available documents.
Explore the source record for details and available documents.