Supplement: NASA Project Gemini Familiarization Manual: Rendezvous and Docking Configurations - Volume II
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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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GEMINI- MERCURY EXPERIENCE APPLIED
Description of the gemini project and how this program used successfully the knowledge gained by project mercury
MANNED SPACECRAFT↗
Proceedings of the Second National Conference on the Peaceful Uses of Space, Seattle, May 8-10, 1962
Conference on peaceful use of space, 1962 - mercury, apollo, gemini projects, meteorological & communication satellites
Meteorological satellite↗
Proceedings of the National Meeting on Manned Space Flight: Unclassified Portion
An overview of NASA's manned space programs - the X-I5, Project Mercury, Project DynaSoar, Project Gemini, and Project Apollo.
Mercury project↗
MAN IN SPACE - A CHALLENGE TO ENGINEERS
Discussion of the nasa manned space flight program, covering large launch vehicles /saturn series/, project gemini objectives and lunar flight
NASA PROGRAM↗
Space suits.
Mercury pressure suit and space suit design for project gemini, noting temperature control by ventilation distribution system
TEMPERATURE CONTROL↗
Mission control center - houston display and control system.
Houston Manned Spacecraft Center display and control system for near-real-time assessment of Project Gemini data
FLIGHT CONTROL↗
Satellite data recovery and tracking system
Augmentation of manned space flight tracking and data acquisition network for Gemini project
GEMINI PROJECT↗
One, Two, Three and the Moon. Projects Mercury, Gemini, and Apollo of America's Manned Space Flight Program
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Review of Endocrine Results: Project Mercury, Gemini Program, and Apollo Program
Review of endocrine control of fluid and electrolyte balance during Mercury, Gemini, and Apollo missions
Leach, C. S.↗
The gemini program - progress and plans.
Powered flight, rendezvous, reentry, orbital and extravehicular operational aspects of Gemini Project
MANNED SPACE FLIGHT↗
Noteworthy advances marked gemini end.
Inflight physiological experiments and man as functional unit in gemini project - review of results
GEMINI PROJECT↗
Second unmanned gemini launch set for december 7 news release no. 64-296
Unmanned Gemini project - mission parameters, test objectives, and launch program
GEMINI PROJECT↗
PROJECTS MERCURY AND GEMINI
In this presentation I intend to review briefly the Mercury concepts. This is particularly appropriate because of its major influence in the Apollo concepts. Also the role of Project Gemini will be briefly discussed in the same context.
Apollo project↗
[NASA's Manned Flight Programs- Gemini and Apollo] News Release
Manned space flight research projects - Gemini and Apollo
APOLLO PROJECT↗
Empirical evidence on the geographic and industrial distribution of aerospace expenditures
Gemini project subcontract expenditure effects on specific industries and regions
GEMINI PROJECT↗
Space suits.
Development of pressure suit from Haldane to extravehicular space suit, noting support equipment and advanced concepts
SPACE SUIT↗
Orbital tube flare for tubing connectors
Marshall engineering personnel have developed and are now refining a new and unique method of mechanically flaring tubing. The system eliminates the use of the conventional split backing die which is used with most tube-flaring equipment. The Marshall-developed tool is adapted for use on standard Leonard 3-CP-HD flaring machines. The stationary split backing die is replaced in function with a die ring, whose i.d.-surface rolls or orbits around the o.d. of the tube flare zone. An i.d.-flaring cone moves axially and forces the metal against the rolling die to form the flare. Major advantages of this system are the elimination of flash, or split die marks, on the back angle of the flare, and improved flare-surface finishes, permitting more uniform sealing characteristics and improvements of the total geometric configuration of the flare as required by the MSFC specification MC-146. The Orbital Adapter system of tooling is currently being used to manufacture flared tube hardware for the Saturn V S-IO space launch vehicle at MSFC, for the Agena space launch vehicle (used for the Gemini project) at Lockheed, Sunnyvale, for LEM checkout equipment for Grumman, and for the Saturn S-IV-B space launch vehicle by Douglas Aircraft Company. Several other aerospace firms are evaluating the system for possible incorporation on their tube flaring requirements. Marshall engineers are now concentrating their efforts on refining and reducing the total cost of the overall system.
Tubing↗