Add to ORKGFabrication techniques to improve initial efficiency and radiation tolerance of radiation hardened lithium-diffused silicon solar cell
The resistance to radiation damage of an n(+)p boron doped silicon solar cell is improved by lithium...
Development of computer program to predict performance from specified cell characteristics in lithiu...
Lithium action effects on spontaneous annealing of radiation damage in bulk silicon and silicon sola...
Lithium-diffused p-n silicon solar cells of high conversion efficiency and improve resistance to spa...
Diffusion process for lithium doping of solar cells, and electrical characteristics and radiation re...
Recovery properties of lithium containing p-n silicon solar cells after radiation damag
Lithium doped silicon solar cells having dimensions as large as 12 sq cm are now possible, due to si...
Effect of sintering TiAg contact on p/n cells from effect of heat treatment on lithium diffused cell
Lithium doped p-n solar cells meet the basic requirements for space use. The efficiencies of the Lop...
Low temperature effects on silicon solar cells and radiation effects in lithium diffused silico
Effects of radiation on efficiency of lithium doped solar cells in electrical space power syste
Lithium doped silicon solar cells for improved radiation resistance to neutrons, protons, and electr...
Development of boron diffusion process to diffuse large quantities of stress-free, high efficiency, ...
Lithium-doped solar cells have been fabricated with initial lot efficiencies averaging 11.9 percent ...
Experimental determination of effects of near-space radiation on lithium-doped solar cell
The resistance to radiation damage of an n(+)p boron doped silicon solar cell is improved by lithium...
Development of computer program to predict performance from specified cell characteristics in lithiu...
Lithium action effects on spontaneous annealing of radiation damage in bulk silicon and silicon sola...
Lithium-diffused p-n silicon solar cells of high conversion efficiency and improve resistance to spa...
Diffusion process for lithium doping of solar cells, and electrical characteristics and radiation re...
Recovery properties of lithium containing p-n silicon solar cells after radiation damag
Lithium doped silicon solar cells having dimensions as large as 12 sq cm are now possible, due to si...
Effect of sintering TiAg contact on p/n cells from effect of heat treatment on lithium diffused cell
Lithium doped p-n solar cells meet the basic requirements for space use. The efficiencies of the Lop...
Low temperature effects on silicon solar cells and radiation effects in lithium diffused silico
Effects of radiation on efficiency of lithium doped solar cells in electrical space power syste
Lithium doped silicon solar cells for improved radiation resistance to neutrons, protons, and electr...
Development of boron diffusion process to diffuse large quantities of stress-free, high efficiency, ...
Lithium-doped solar cells have been fabricated with initial lot efficiencies averaging 11.9 percent ...
Experimental determination of effects of near-space radiation on lithium-doped solar cell
The resistance to radiation damage of an n(+)p boron doped silicon solar cell is improved by lithium...
Development of computer program to predict performance from specified cell characteristics in lithiu...
Lithium action effects on spontaneous annealing of radiation damage in bulk silicon and silicon sola...