Advanced Nuclear Energy Technology, Applications & Alaska – A Brief Primer
Advanced Nuclear Energy Technology, Applications & Alaska – A Brief Primer
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Advanced Nuclear Energy Technology, Applications & Alaska – A Brief Primer
Specific perceptions and possible ion beam technology applications were obtained as a result of a literature search and contact interviews with various institutions and individuals which took place over a 5-month period. The use of broad beam electron bombardment ion sources is assessed for materials deposition, removal, and alteration. Special techniques examined include: (1) cleaning, cutting, and texturing for surface treatment; (2) crosslinking of polymers, stress relief in deposited layers, and the creation of defect states in crystalline material by ion impact; and (3) ion implantation during epitaxial growth and the deposition of neutral materials sputtered by the ion beam. The aspects, advantages, and disadvantages of ion beam technology and the competitive role of alternative technologies are discussed.
Atlas Agena Applications Technology Satellite-C mission, launch operations plan, communications, and prelaunch tests
TDMA/PCM system for communication tests via Applications Technology Satellites, discussing time synchronization and bit and frame coherency
Applications technology satellite gravity gradient stabilization system
Technology diffusion at Rockwell International has progressed from the application of special skills to solve specific problems to the transfer of the required people and skills to allow the commercial divisions to solve their own problems and develop or improve their own products. Our prime effort is concentrated on commercial industrial applications. Rockwell's major emphasis on advanced technology utilization is directed through three operational modes, namely, transfer from technologically developed to underdeveloped organizations within the company; transfer between technologically developed organizations to form new operations within the company; and formation of high technology spin-off organizations beyond the corporate entity.
Storage and static firing for solid propellant apogee motor for Applications Technology Satellite /ATS/
Applications Technology Satellite /ATS/ MISSION - objectives, feasibility, experiment design, and spacecraft description
Problem statements on transportation, air pollution, and criminalistics for transfer of aerospace technology to public sector
Application Technology Satellite /ATS/ SPACECRAFT tradeoff and analysis - configuration paraboloid antenna, guidance and control power, spacecraft design, and apogee motor selection
Applications Technology Satellite-1 Atlas Agena launch vehicle flight performance evaluation
A summary of NASA Technology Utilization programs for the period of 1 December 1971 through 31 May 1972 is presented. An abbreviated description of the overall Technology Utilization Applications Program is provided as a background for the specific applications examples. Subjects discussed are in the broad headings of: (1) cancer, (2) cardiovascular disease, (2) medical instrumentation, (4) urinary system disorders, (5) rehabilitation medicine, (6) air and water pollution, (7) housing and urban construction, (8) fire safety, (9) law enforcement and criminalistics, (10) transportation, and (11) mine safety.
Gravity gradient stabilization system for applications technology satellite
Applications Technology Satellite /ATS-1/ spin scan cloud camera and meteorology data catalog
The objectives of the Applications Technology Satellite (ATS) Program are to advance space technology in areas of importance to mankind. A brief description of the planned satellites and experiments is presented. The experiments include instructional television, communications, navigation, meteorology, spacecraft technology and science. The ATS-F and -G satellites will have 30-foot deployable antennas and will serve as three-axis stabilized platforms in geostationary orbit with 0.1 degree pointing accuracy.
Gravity gradient stabilization systems for Application Technology Satellites
Flight dynamics, experiment operational phase sequence, and support operations for Applications Technology Satellite /ATS/ MISSION
Systems analysis, flight and engineering evaluation, and ground testing of gravity gradient stabilization system for Applications Technology Satellite /ATS/