Evaluation of a semi-active gravity gradient system. Volume I - Technical summary
Semi-active gravity gradient system for attitude control of earth oriented spacecraft
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Semi-active gravity gradient system for attitude control of earth oriented spacecraft
Space program research and advanced development in guidance and control, engineering mechanics, environmental simulation, propulsion, space sciences, and telecommunications
Fundamental processes in optical behavior of solids and associated with photovoltaic energy conversion
Design of expandable terminal decelerators for Mars atmosphere entry by Mars-lander capsule
Synthesis and characterization of vinylaromatic polymers
Evaluation and recommended experiments for Apollo Optical Technology Extension System
Mass loading effects on localized vibratory environments of rocket vehicles
Crack propagation and critical strain in swollen rubber
Steady state operating and dynamic response characteristics of simulated three-loop Rankine cycle space power conversion system of SNAP-8 TYPE
Research program on management of research and development
Analytical data on pump-generated pressure, flow, blade wake, cavitation, and stall oscillations for application to turbopump design
Thermal scale modeling in simulated space environment
Design study, material selection, and stress analysis of high-pressure large flow rate flexible connector system
Aerodynamic characteristics of lifting-body entry vehicles
Ligand-containing vinyl polymer systems for evaluation as separator materials in Ag-Zn batteries
Deep Space Network - tracking and navigational accuracy analysis, communications research, development, and engineering, and Deep Space Station engineering and operations
Molybdenum heater tube for heating helium to operating temperature of high temperature heat exchanger facility - performance of helium circulator
Static test firing of 260 inch diameter solid rocket motors for demonstrating feasibility