A description of SNAP-7C isotope-fueled electric generation system is presented. The operational limits and transportation, handling, installation, and adjustment procedures are described. Maintenance instructions and emergency and safety precautions are included. (M.C.G.
The SNAP 7 program is being conducted for the purpose of developing 4 radioisotope fueled thermoelec...
The objectives of the SNAP 7A program were to design, manufacture, test, and deliver a five-watt ele...
The SNAP I development program was initiated to develop a 500-watt turboelectric power conversion sy...
The SNAP 7A battery and converter were subjected to the required shock, vibration and temperature te...
The effort on SNAP 7A and 7C was confined to operating the reliability model. There were fluctuation...
The objectives of the SNAP 7B program were to design, manufacture, test and deliver a thirty-watt el...
Progress during the period includes completion of the SNAP 7C system tests, completion of safety ana...
A design concept is presented for an electrical system using two SNAP III type generators fueled wit...
Functional testing was completed on the ground handling equipment for transporting the Ce/sup 144/ h...
A design concept is presented for an electrical system using two SNAP III type generators fueled wit...
From introduction and summary: The SNAP 7 program is being conducted by the Martin Company for the p...
A method for the safe handling of the SNAP-III thermoelectric generators is presented. It provides i...
The SNAP-8 Electrical Generating System is a nuclearturbo-electric space power plant -which is ideal...
Nuclear reactor space electric power units under development in the U. S. include the SNAP-2, SNAP-8...
Manufacture, assembly, and pararmetric testing of the first 60-watt thermoelectric generator were co...
The SNAP 7 program is being conducted for the purpose of developing 4 radioisotope fueled thermoelec...
The objectives of the SNAP 7A program were to design, manufacture, test, and deliver a five-watt ele...
The SNAP I development program was initiated to develop a 500-watt turboelectric power conversion sy...
The SNAP 7A battery and converter were subjected to the required shock, vibration and temperature te...
The effort on SNAP 7A and 7C was confined to operating the reliability model. There were fluctuation...
The objectives of the SNAP 7B program were to design, manufacture, test and deliver a thirty-watt el...
Progress during the period includes completion of the SNAP 7C system tests, completion of safety ana...
A design concept is presented for an electrical system using two SNAP III type generators fueled wit...
Functional testing was completed on the ground handling equipment for transporting the Ce/sup 144/ h...
A design concept is presented for an electrical system using two SNAP III type generators fueled wit...
From introduction and summary: The SNAP 7 program is being conducted by the Martin Company for the p...
A method for the safe handling of the SNAP-III thermoelectric generators is presented. It provides i...
The SNAP-8 Electrical Generating System is a nuclearturbo-electric space power plant -which is ideal...
Nuclear reactor space electric power units under development in the U. S. include the SNAP-2, SNAP-8...
Manufacture, assembly, and pararmetric testing of the first 60-watt thermoelectric generator were co...
The SNAP 7 program is being conducted for the purpose of developing 4 radioisotope fueled thermoelec...
The objectives of the SNAP 7A program were to design, manufacture, test, and deliver a five-watt ele...
The SNAP I development program was initiated to develop a 500-watt turboelectric power conversion sy...
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