Call Number (LC) Title Results
NAS 1.26:685 RONDVU/PRESTO : program for rendezvous mission trajectory optimization / 1
NAS 1.26:686 PRESTO II : a digital computer program for trajectory optimization / 1
NAS 1.26:687 Lyapunov functions for a class of nth order nonlinear differential equations / 1
NAS 1.26:688 Quantum mechanical study of molecules : prediction of the ground, ionized and excited states of the unknown NF molecule / 1
NAS 1.26:689 Investigation of planetary ionospheres / 1
NAS 1.26:690 Simulation of gaseous core nuclear rocket mixing characteristics using cold and arc heated flows / 1
NAS 1.26:691 Study of the pressure distribution on oscillating panels in low supersonic flow with turbulent boundary layer / 1
NAS 1.26:692 A study of the possible preventive effects of muscular exercises and intermittent venous occlusion on the cardiovascular deconditioning observed after 10 days bed recumbency ; experimental design / 1
NAS 1.26:693 Theoretical investigation of the absorptive properties of small particles and heavy-atom gases / 1
NAS 1.26:695 Theoretical investigation of radiant heat transfer in the fuel region of a gaseous nuclear rocket engine / 1
NAS 1.26:696 Theoretical performance of rocket engines using gaseous hydrogen in the ideal state at stagnation temperatures up to 200,000 R / 1
NAS 1.26:700 Passive geodetic satellite canister assemblies / 1
NAS 1.26:701 Study of hot-cathode magnetron ion gauge / 1
NAS 1.26:702 Project "diode reliability prediction technique" / 1
NAS 1.26:703 Development of an all dielectric infrared beamsplitter operating in the 5 to 30 micron region / 1
NAS 1.26:704 Theory of electrostatic planar and spherical probes / 1
NAS 1.26:705 On the duality between the problems of stretching and of bending of plates / 1
NAS 1.26:706 Design and fabrication of a high-performance Brayton cycle radial-flow gas generator / 1
NAS 1.26:707 The influence of prebuckling deformation on the buckling load of truncated conical shells under axial compression / 1
NAS 1.26:708 A report of the physiological, psychological, and bacteriological aspects of 20 days in full pressure suits : 20 days at 27,000 feet on 100% oxygen, and 34 days of confinement; parts I, II, III / 1