Hohl, Frank
       Theory and results on collective and collisional effects for a one- dimensional self- gravitating system [NASA TR R-289--TR R-385] / Frank, Hobl .- Washington, D. C.: NASA , 1968 .- 80p. .- ( National aeronautics and space administration
TR2399: [TR R-290] Electron spin resonance of lithium- diffused silicon by F. E Geiger

TR2400: [TR R-291] The temperature distribution in the solar chromosphere by Stuart D. Jordan

TR2401: [TR R-293] A combined newton-raphson and gradient parameter correction techhnique for solution of optimal-control problems by Ernest S. Armstrong

TR2402: [TR R-294] A comparision of sequantal decoding matrics by computer simulation by Thomas V. Saliga

TR2265: [TR R-375] The mean observed metrological structure and circulation of the stratosphere and mesophere by J.F. Casey and B. R. Kirkwood

TR2266: [TR R-377] Phase-lock demodulation of a pm signal cotaminatrd with incidental am by Gerge B. Robinson

TR2267: [TR R-378] Measuremeant of relativ cross section for simultaneous ionization and excitation of the helium 4s and 4p states by Jobn F. Sutton

TR2268: [TR R-380] A holographic system that records front-surface detail of a scene moving at high velocity by Robert L. Kurtz and H. Y. Lob

TR2269: [TR R-381] Classical eight- and lower-order runge-kutta-nystrom formulas with stepsize control for specal second-order differential equation by Erwin Feblberg

TR2270: [TR R-382] A digital to analog conversion circuit using third-order polynomial interpolation by William P. Doston and Joe H. Wilson

TR2271: [TR R-383] Fundamental mechanisms of ensile fracture in aluminum sheet unidirectionally reinforced with boron filament by Harvey W. Herring

TR2272: [TR R-384] A study of fm threshold extension techniques by G. D. Arndt F. J. Locb

TR2273: [TR R-385] Numerical solutions of the navier-stokes equations for the supersonic laminar flow over a two-dimensional compression corner by James E. Carter
Copy Details:
Acc. No.: TR2398, Full Call No.: NASA TR R-289, Item type: Technical Report , Location: ,
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