The effects of radiation on nickel-cadmium battery electrodes, i final report, jun. 1963 - apr. 1965
Effect of radiation on nickel-cadmium battery electrodes
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Effect of radiation on nickel-cadmium battery electrodes
Low temperature liquid ammonia battery for space probe application
Lithium-ion battery systems offer several advantages: intrinsically safe; long cycle life; environmentally friendly; high energy density; wide operating temperature range; good discharge rate capability; low self-discharge; and no memory effect.
Magnetohydrodynamics, fourth biennial gas dynamics symposium
Mars Pathfinder Lander was powered by Ga-As solar cells and a silver-zinc Battery.
Solar power system for the ariel satellite /uk-1/
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Radiation effects on silver-zinc battery electrodes
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This presentation summarizes in-house testing performed at NASA’s Glenn Research Center on silicon anode cells for a new electric aircraft battery design funded by the Transformational Tools & Technologies (TTT) task of the Transformative Aeronautics Concept Program.
Simulation of spacecraft battery operation is implemented. Robust design experiment to obtain optimum battery operational parameters is performed. It is found that short term tests using robust design of experiments can provide guidelines for optimum battery operation. It is decided to use robust design approach to provide guidelines for battery operation on current spacecraft in orbit as batteries age (GRO, UARS, EUVE, TOPEX).