Thermodynamic properties and mollier chart for hydrogen from 300° K to 20,000° K
Thermodynamic properties and mollier diagram for hydrogen at high temperatures
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Thermodynamic properties and mollier diagram for hydrogen at high temperatures
Computer under control of the flo-tran program automatically produces and updates flowcharts of fortran program source decks fed to it. The flowcharts are produced on either 35mm film or paper.
Morphological, physiological, and cultural characteristics of bacterial isolants from rigorous environments
Axially symmetric dynamic response solutions for cylinders subjected to pressure transients arising in propulsion systems
Six entropy diagrams for parahydrogen in or near the saturated liquid state cover the temperature range from 29.16 degrees to 42.48 degrees R with pressures to 100 psia and mixtures of the liquid and vapor phases to 0.003 quality. The diagrams are printed in color, are 19 by 30 inches in size, and are suitable for wall mounting.
GMT/local-time conversion is made by a longitude pocket instrument that automatically indicates desired information by simply manipulating the moveable portion of the instrument in accordance with a set of simple instructions imprinted on the reverse side of the instrument.
Verification of geomagnetic anomaly in Brazil
Geomagnetic field minimum in southern Brazil, comparing satellites data maps
Geomagnetic field minimum in southern Brazil, comparing satellites data maps
Explore the source record for details and available documents.
Explore the source record for details and available documents.
Explore the source record for details and available documents.
Planetary flight handbook - direct trajectories to Jupiter, Saturn, Uranus, and Neptune
Estimation of flapwise bending moments on helicopter rotor blades
Selenological interpretation of Lunar Orbiter photographic data for Apollo landing site selection
Matrix system utilizing unique digital code enables drawing block diagrams with parallel blocks. Complete freedom is obtained in laying out diagram, and it is possible to go directly from matrix to finished drawing. Need to rough out diagram is eliminated and time involved is greatly reduced.
Predicting aerodynamic characteristics of arrow, delta, and diamond wing platforms using Prandtl-Glauert transformation
Star maps for recognition and attitude orientation aids as function of stereographic display realism in manned space flight