NASA PROJECT MERCURY- BERMUDA MONITOR PROGRAMS
Mercury project - bermuda monitor programs
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Mercury project - bermuda monitor programs
Mercury project - postflight reporter program
C-band radar-beacon tracking for mercury project
Mercury project - programming standards
Mercury project - bermuda processor programs
Flight test of Little Joe boosted full-scale spacecraft model and escape system for Mercury project
Technological and managerial history of Mercury project, including bibliography
Research is described which was conducted at the Wallops Island Missile Range (operated by the old National Advisory Committee for Aeronautics). These early beginnings are shown to be the base from which the Mercury Project evolved.
NASA's Project Mercury began as a response to the cold war with the Soviet Union and had a number of goals: to place a manned spacecraft in orbital flight around the earth; to investigate man's performance capabilities and his ability to function in the environment of space and to recover the man and the spacecraft safely. One aspect of preflight testing included the use of an altitude chamber to test each capsule and allow the astronauts to engage in simulated missions within a vacuum environment. Flash forward to 1985. The Biomedical Operations and Research Office at Kennedy Space Center proposed to use the chamber for an unusual mission under what was known as the Controlled Ecological Life Support Systems (CELSS)Breadboard Project. During 1985 into 1987, the chamber was converted to an environmentally-controlled, hydroponic plant growth chamber termed the "Biomass Production Chamber" and operated through late 2001.
Progress on Project Mercury, program for manned orbital space flight, is briefly reviewed. The original aims and concepts of the project are recounted. Various types of launch apparatus are mentioned along with safety factors.
Discussion of project mercury and the information obtained from the manned spaceflights
Medical aspects of Project Mercury including astronaut selection and training, results of laboratory tests and physiological data, and biomedical planning for space flights.
Technical history of Project Mercury environmental control system
The detailed preparation required in attempting a mission of the magnitude and scope of PROJECT MERCURY obviously cannot and need not be covered in a document of the handbook type. Prior to any actual attempt to launch a manned capsule, many weeks will be spent in an extensive training and familiarization program. The information contained in this manual, therefore, will pre-suppose a detailed knowledge of the capsule systems and will be confined, for the most part, to procedural data.
Aerospace medicine and project mercury
C-band radar beacon tracking for project mercury, with subsequent calculations of signal strength for orbital flights