Surveyor I Mission Report. Part III - Television Data
Surveyor I lunar photographs interpretation, and television subsystem
SURVEYOR I SPACECRAFT↗
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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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Fifth IMP Most Complex in Series
NASA press release for IMP-F launching giving mission, background data, experiments, and Delta launch vehicle facts
DELTA LAUNCH VEHICLE↗
Parametric analysis of microwave and laser systems for communication and tracking Quarterly report, 6 Sep. - 6 Dec. 1966
Parametric analysis methodology for determining optimum deep space communication and tracking systems, and reference data on mission analysis, optics, prime power, and ground receiver sites
TRACKING SYSTEM↗
Surveyor 6 mission report. Part 2 - Science results
Surveyor 6 mission scientific data analysis
Source record↗
Low variable thrust interplanetary trajectory data
Algorithm for generating low variable thrust interplanetary trajectory data for mission analysis of electrical propulsion systems
Mac Kay, J. S.↗
Surveyor 3 mission report. Part 3 - Television data
Television pictures transmitted to earth from lunar surface by Surveyor 3
Bideaux, R.↗
Mars hard lander capsule study. Volume 4 - Capsule point designs and supporting analysis, book 4 Final report
Supporting data for mission planning and design criteria of Mars hard landing system
Source record↗
Surveyor 5 mission report. Part 3 - Television data
Selected television pictures and mosaics of lunar surface transmitted by Surveyor 5
Bird, T. H.↗
Surveyor 6 mission report. Part 3 - Television data
Photographs and mosaics of lunar surface obtained from Surveyor 6
Bird, T. H.↗
Surveyor 1 mission report. Part 2 - Scientific data and results
Lunar data and results of Surveyor 1 lunar probe
Batterson, S. A.↗
Investigation of occultation and imagery problems for orbital missions to Venus and Mars
FORTRAN computer program for providing mission design data for elliptical orbits around Mars and Venus
Green, R. N.↗
Preliminary clinical report of the medical aspects of Apollos VII and VIII.
Clinical report on Apollo 7 and 8 mission medical data, discussing preflight preventive medical activities, inflight treatment, radiation levels, etc
Berry, C. A.↗
Manned Space Flight Network Telemetry System
Manned space flight network telemetry system modification for Skylab, ERTS and Apollo J missions, giving data flow diagrams and equipment electrical characteristics
Underwood, T. C., Jr.↗
Measurements during 1966-1968 from NASA's 150-m Meteorological Tower Facility at Kennedy Space Center, Florida
Kennedy Space Center Meteorological Tower Facility, describing equipment and data acquisition mission
Alexander, M. B.↗
A Solar Eclipse Sensor for sounding rocket missions
Sounding rocket Solar Eclipse Sensor for 7 March 1970 event, discussing mission, capabilities, data acquisition and design
Fain, M. Z.↗
Californium-252 neutron capture and decay methods for elemental analysis
The feasibility of using a Cf-252 neutron source in conjunction with a capture and/or decay gamma ray method for elemental analysis on lunar or planetary missions was tested. The general problems of using a Cf-252 neutron source for both decay and capture gamma ray analysis in terrestrial environments included the determination of the capture gamma ray spectra by neutron absorption in various metals used for the space hardware, Cf-252 source encapsulation materials, shielding, geometry, and optimum source size for a space mission. Computer data reduction and data transmission techniques were also investigated.
Source record↗
DORCA 2 computer program. Volume 1: User's guide
The Dynamic Operational Requirements and Cost Analysis Program (DORCA 2) is described. The computer program provides a top level analysis tool for NASA and relies on a man machine interaction to optimize results based on external criteria. The computer program relies heavily on outside sources to provide cost information and vehicle parameters. Given data describing mission, vehicles, payloads, containers, space facilities, schedules, cost values, and costing procedures, the program computes flight schedules, cargo manifests, vehicle fleet requirements, acquisition schedules, and cost summaries. The program is designed to consider earth orbit, lunar, interplanetary, and automated satellite missions.
Wray, S. T., Jr.↗