Simplified method introduces drift fields into cells
Drift fields are simply introduced into solar cells at low temperatures in short periods. This is done after their rectifying junctions and output contacts are applied.
Goldstein, B.↗
Engineering topics
Rappaport, P.
Publications and source records attributed to Rappaport, P..
Lithium-doped, radiation-resistant silicon solar cells.
Lithium use in silicon solar cell for radiation resistance improvement, noting preservation of minority carrier lifetime
RADIATION RESISTANCE↗
Analysis of radiation damage in silicon solar cells and annealing or compensation of damage by impurities Final report, 7 Jan. 1964 - 21 Apr. 1966
Radiation damage in silicon solar cells and annealing or compensation of damage by impurities
SOLAR CELL↗
Low-energy proton bombardment of GaAs and Si solar cells.
Gallium arsenide and silicon solar cells under proton irradiation, noting decrease of short circuit current and open circuit voltage
PROTON IRRADIATION↗
Materials and methods for large-area solar cells Final report, 17 Dec. 1964 - 16 Dec. 1965
Growth and evaluation of gallium arsenide-indium arsenide-aluminum foil structures in construction of thin film large area solar cells for satellites
SOLAR CELL↗
The Effect of Lithium on Radiation Damage in Silicon Solar Cell Devices
Radiation effects on lithium-doped silicon solar cells from diffusion length degradation studies
DOPING↗
Thin-film photovoltaic solar energy converters midpoint report, 17 dec. 1964 - 16 jun. 1965
Thin film photovoltaic solar energy converters of aluminum, gallium, arsenic, copper and selenium
THIN FILM↗
Radiation Damage to Solar Cells
Explore the source record for details and available documents.
Baicker, J. A.↗
Radiation-Resistant Solar Cells - A Panel Discussion
Radiation resistant silicon cells for solar energy conversion
RADIATION RESISTANCE↗