Apollo Optical Subsystem and LM Alignment Optical Telescope, Volume 2, Part 1 Final report
Apollo optical subsystem and lunar module alignment optical telescope project - Vol. 2, part 1
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Apollo optical subsystem and lunar module alignment optical telescope project - Vol. 2, part 1
Apollo optical subsystem and lunar module alignment optical telescope project - Vol. 2, part 2
Environmental control and life support subsystem for long term, earth orbital space station
Description and performance of electrical subsystem and components for Brayton power system
Subsystems and weight analysis of reusable space shuttle systems having multimission capability - Vol. 5
Design and subsystems analysis of integral launch and reentry vehicles for space logistics - Vol. 4
Radio frequency subsystem requirements and estimated reliability data for Thermoelectric Outer Planet Spacecraft
Performance evaluation of evaporative water recovery subsystem utilizing automatic feed control
Developing structure, payload, communication and data handling subsystems for ERTS
Developing attitude control, orbit adjust, thermal, power, electrical integration, integration test and launch support subsystems for ERTS
Simulated altitude tests on lunar module reaction control subsystem
Performance evaluation on spin and attitude control subsystem of small scientific satellite
Brayton engine electrical subsystem design and computerized technique used to document wiring
Operational problem and technological requirement of low pressure oxygen hydrogen auxiliary subsystem of space shuttle propulsion
Subsystems test bed thermal mathematical model documentation
Control and display subsystem of integrated avionics system for space shuttles
Subsystems test bed thermal mathematical model correlation - graphs
This design survey summarizes the history of the Orbiting Geophysical Observatories' (OGO) Attitude Control Subsystem (ACS) from the proposal phase through current flight experience. Problems encountered in design, fabrication, test, and on orbit are discussed. It is hoped that the experiences of the OGO program related here will aid future designers.