Development of improved processes and efficiencies for lithium-doped solar cells
Lithium-doped solar cell fabrication techniques, and statistical analysis of electrical output
Engineering topics
Publications and source records attributed to Payne, P..
Lithium-doped solar cell fabrication techniques, and statistical analysis of electrical output
Research and development of silicon solar cells for low solar intensity and low temperature applications
Development of lithium diffused radiation resistant solar cells
TiPdAg and Al contact systems on p/n cells for humidity resistance and strength
Research and development of silicon solar cells for low solar intensity and low temperature operation on Jupiter mission
Boron diffused radiation resistant solar cells
Boron diffusion on silicon investigated for use in solar cells
Volt-ampere characteristics and maximum power distributions of lithium-diffused p-n solar cells
Fabrication and characteristics of radiation resistant lithium doped p-n solar cells
Fabrication and analysis of lithium diffused radiation resistant solar cells
Development of lithium diffused radiation resistant solar cells
Effect of sintering TiAg contact on p/n cells from effect of heat treatment on lithium diffused cells
Various aspects of lithium solar cell fabrication processes
Lithium diffusion parameters in radiation resistant solar cells
Broad X ray source produces a highly collimated beam of low energy X rays - a beam with 2 to 5 arc minutes of divergence at energies between 1 and 6 keV in less than 5 feet. The X ray beam is generated by electron bombardment of a target from a large area electron gun.
Diffusion process for lithium doping of solar cells, and electrical characteristics and radiation resistance of solar cells