Add to ORKGDevelopment of boron diffusion process to diffuse large quantities of stress-free, high efficiency, radiation resistant solar cell
Lithium and annealing effects, fabrication, and electrical properties of lithium-doped solar cells -...
Experimental determination of effects of near-space radiation on lithium-doped solar cell
Development of computer program to predict performance from specified cell characteristics in lithiu...
Effect of sintering TiAg contact on p/n cells from effect of heat treatment on lithium diffused cell
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...
Fabrication techniques to improve initial efficiency and radiation tolerance of radiation hardened l...
Scaling up the BCl3 without O2 diffusion beyond 30 to 40 cells was investigated by using a 100 cell ...
Lithium doped silicon solar cells having dimensions as large as 12 sq cm are now possible, due to si...
Lithium doped p-n solar cells meet the basic requirements for space use. The efficiencies of the Lop...
Effects of radiation on efficiency of lithium doped solar cells in electrical space power syste
Low temperature effects on silicon solar cells and radiation effects in lithium diffused silico
Interaction of lithium with defects induced in silicon solar cells by one MeV electron bombardmen
Recovery properties of lithium containing p-n silicon solar cells after radiation damag
The application of contacts and coatings after lithium diffusion provides good electrical output and...
Lithium and annealing effects, fabrication, and electrical properties of lithium-doped solar cells -...
Experimental determination of effects of near-space radiation on lithium-doped solar cell
Development of computer program to predict performance from specified cell characteristics in lithiu...
Effect of sintering TiAg contact on p/n cells from effect of heat treatment on lithium diffused cell
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...
Fabrication techniques to improve initial efficiency and radiation tolerance of radiation hardened l...
Scaling up the BCl3 without O2 diffusion beyond 30 to 40 cells was investigated by using a 100 cell ...
Lithium doped silicon solar cells having dimensions as large as 12 sq cm are now possible, due to si...
Lithium doped p-n solar cells meet the basic requirements for space use. The efficiencies of the Lop...
Effects of radiation on efficiency of lithium doped solar cells in electrical space power syste
Low temperature effects on silicon solar cells and radiation effects in lithium diffused silico
Interaction of lithium with defects induced in silicon solar cells by one MeV electron bombardmen
Recovery properties of lithium containing p-n silicon solar cells after radiation damag
The application of contacts and coatings after lithium diffusion provides good electrical output and...
Lithium and annealing effects, fabrication, and electrical properties of lithium-doped solar cells -...
Experimental determination of effects of near-space radiation on lithium-doped solar cell
Development of computer program to predict performance from specified cell characteristics in lithiu...