Optical astronomy package feasibility study for Apollo applications program Executive summary report
Feasibility of adapting optical astronomy package to Apollo Application Program missions on lunar surface
ASTRONOMY↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Apollo wind tunnel testing program - Historical development of general configurations
Apollo wind tunnel test program and configuration design developments
SPACECRAFT DESIGN↗
Optical technology Apollo extension system, part I. Volume 1 /1 of 2/. Section 1 - Introduction. Section 2 - Experiment development Final technical report
Optical technology experiments of Optical Technology Apollo Extension System
APOLLO PROJECT↗
Optical Technology Apollo Extension System, Part I. Volume 1 /2 of 2/. Section 1 - Introduction. Section 2 - Experiment Development Final Technical Report
Systems integration - Optical Technology Apollo Extension System
APOLLO PROJECT↗
Optical Technology Apollo Extension System, Part I. Volume II. Section 3 - Systems Integration Final Technical Report
Systems integration for Optical Technology Apollo Extension System
OPTICAL INSTRUMENT↗
Optical technology Apollo extension system, part I. Executive summary report
Evaluation and recommended experiments for Apollo Optical Technology Extension System
APOLLO PROJECT↗
Solar reflecting beacon Monthly report, 17 Sep. - 16 Oct. 1965
Concepts and calculations for lunar solar reflecting beacon designs to be used in Apollo mission
SOLAR REFLECTOR↗
The feasibility of a direct relay of Apollo spacecraft data via a communication satellite
Feasibility of direct relay of Apollo spacecraft data via communication satellite
APOLLO PROJECT↗
Data conditioning and display for Apollo prelaunch checkout. Multi-parameter monitoring display
Multiparameter monitoring visual displays for Apollo prelaunch checkout
PRELAUNCH TESTING↗
Apollo network
Although the design of the Apollo network followed closely behind the Manned Space Flight Network (MSFN) modification for the Gemini program, many site modifications were necessary to provide Apollo support due to the greater scope of the Apollo program. The Apollo program requires instrumentation for support of the S-I, S-11, S IV-B/IU, Command Service Module (CSM) and Lunar Excursion Module (LEM) stages. Command Service Module (CSM) and Lunar Excursion Module (LEM) stages. Support must also be provided at both orbital and lunar distances. Increased data processing capability is required for processing and displaying significantly larger amounts of information. The ground network requires the capability of processing both Pulse Code Modulation (PCM) telemetry and command data for the CSM, LEM, and S IV-B/IU. In various stages of the Apollo program, both tone (on UHF) and digital [on Unified S-Band (USB) and UHF] command capabilities are required. Also at various stages both USB and VHF telemetry links are required.
Ground support system↗
Unified S-band system
Unified S-band system in Apollo network to provide tracking and communications to lunar distance
Spacecraft communications system↗
Apollo remote site data processor system
Digital command computer and telemetry computing system used at Apollo remote tracking sites
Site Data Processor (SDP)↗
Apollo display system
Apollo display system permitting display of printed information and charts of real time data on cathode ray tube
Real time↗
CCIA-data call-up system for Apollo
Console Computer Interface Adapter (CCIA) to provide communication between flight control consoles and telemetry and command computers of Apollo network
Digital command system↗
Apollo PCM decommutation system
Apollo Pulse Code Modulation (PCM) decommutation system capabilities and operation
Decommutator↗
Apollo digital command system
Apollo digital command system to provide means of spacecraft communication and control from ground
Apollo project↗
Apollo remote site computer programming
Much has been written about the hardware to be used for Apollo mission support on the Manned Space Flight Network (MSFN). This article concerns itself with the software necessary to integrate hardware subsystems into a unique tool for mission control.
Computer programming↗