Heat sterilizable impact resistant cell development Quarterly report, 1 Jan. - 31 Mar. 1969
Heat sterilizable impact resistant cell using epoxy compounds
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Heat sterilizable impact resistant cell using epoxy compounds
Development of heat sterilizable, impact resistant cells
This report describes a program to develop a simple, foolproof, all vacuum solar cell manufacturing process which can be completely automated and which results in medium efficiency cells which are inherently environmentally resistant. All components of the completed cells are integrated into a monolithic structure with no material interfaces. The exposed materials (SI, Al2O3, Al, Ni) are all resistant to atmospheric attack and the junction, per se, is passivated to prevent long term degradation. Such cells are intended to be incorporated into a simple module consisting basically of a press formed metallic superstructure with a separated glass cover for missile, etc., protection.
Capacity loss in impact resistant AgZn cells after heat sterilization, and initial drop tests
Development of heat sterilizable impact resistant electrochemical cell
Capacity loss in heat sterilizable impact resistant electrochemical cells
Heat sterilization high impact resistant silver- zinc or silver-cadmium cells
Impact resistant and heat sterilizable silver-zinc batteries for spacecraft power supplies
Electrochemical studies of impact resistance, cycle life, and embrittlement of silver zinc batteries
Performance tests on heat sterilizable and impact resistant silver zinc prototype batteries
Development, heat sterilization, and shock testing of silver-zinc cell
Impact specifications and sterilizable battery capabilities for high energy electrochemical cell
Electrochemical studies of silver grid embrittlement, life cycle testing, and tear down inspection of failed silver zinc batteries
Cycling tests and propylene absorbers and wrapping effects on service life of Ag-ZnO batteries
Developments in the design and fabrication of 25 AH, 5AH, 70 AH, and 25 AH high impact cells and batteries are reported along with the development of high cycle life, low impact cells. Discussions of the performance and failure modes are included.
Solar cell resistant to radiation damage - silicon p-n junction
Radiation resistant solar cells
Radiation resistant solar cells - n on p cells with base region impurity gradient which accelerates minority carriers toward the junction