Status report on the space radiation effects on the apollo mission. a- apollo dose limits
Space radiation effects on Apollo mission - dose limits for crew protection
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Space radiation effects on Apollo mission - dose limits for crew protection
Space radiation effects on Apollo mission - shielding analysis
The analysis of the Apollo radiation environment concentrates on solar flare particle events. These particles are the major radiation hazard to Apollo. The flux of cosmic rays is too low to be significant, and the passage of the space- craft through the Van Allen belts is fast enough to keep the dose to a low level.
Space radiation effects on Apollo mission - operational procedures for dose reduction
Tracking and communications system for Apollo spacecraft at lunar distances using S-band
Apollo unified S-band communications system and integration into manned space flight network
Tracking antenna for Apollo S-band communication and feed system support
Receiver exciter subsystem units interfacing with external vehicle subsystems
Solid state, S-band telemetry receiver having special demodulation verification
Function and capabilities of signal data demodulator as part of S-band system - Apollo
Code generation for range acquisition and S-band Apollo communications system
Apollo communications - shipboard Doppler counter antenna programmer and tracking data processor
Apollo precision frequency source and time standard
Apollo mission profile with unified S-band system tracking support
Computer processing of unified S-band system data from Apollo orbit
Network equipment installation at remote sites for Apollo program