FEASIBILITY OF OPTICAL ROTATORY DISPERSION METHODS APPLIED TO THE DETECTION OF EXTRATERRESTRIAL LIFE.
Optical rotatory dispersion methods applied to the detection of extraterrestrial life
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Optical rotatory dispersion methods applied to the detection of extraterrestrial life
Radiation resistant solar cells
Application of field-ion emission to electrostatic rocket engines - ionization lifetimes of hydrogen, lithium, sodium, rubidium, cesium, and xenon
Satellite communication system employing frequencies in 15 to 20-gc frequency range
Radiation resistant solar cells - n on p cells with base region impurity gradient which accelerates minority carriers toward the junction
Interstellar travel using nuclear energy supported by equations for single-stage and multistage rocket propulsion and examples of velocities and transit times
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A basic component of any ultrahigh-vacuum system is a seal capable of isolating a test chamber from its higher pressure surroundings. Two of the most common vacuum seals now in use are the elastomer O-ring seal and the metallic shear seal. The former has the problem of outgassing and gas permeation; the latter requires a large force per unit seal-length to maintain the sealing action. The search for a seal which would provide minimal virtual and real leak rates in a chamber, without requiring a large force to consummate the seal, led to investigation of a liquid-metal seal.
Fission and fusion nuclear power for interstellar travel
Remote compositional mapping of lunar surface, using surface roughness effects on infrared spectral emission
This report, in two parts, presents a program development plan for attempting a first manned lunar landing in 1967. The two parts consist of a Summary Report and a Detailed Report representing the coordinated output of the ad hoc task group assigned to the study. The study was started in response to the request for such a study by the Associate Administrator in his memorandum of May 2, 1961 establishing the Ad Hoc Task Group. The purpose of the study was to take a first cut at the tasks associated with the design, development and construction of the equipment and facilities as well as the development of the crews, and to show the time phasing of these tasks. Included are the space science, life science and advanced technology tasks whose data and results are needed for designing and developing the systems required in carrying out the mission.
Launching of Interplanetary Monitoring Platform spacecraft into lunar orbit
Survey of lubrication devices for reducing friction in mechanisms operating in space
Various techniques used to protect mechanisms operating in space from malfunctions due to friction