Space-grade Si and GaAs solar cells were irradiated with 15 & 40 MeV Li ions. Illuminated (AMO condition) and unilluminated I-V curves reveal that the effect of high-energy Li ion irradiation has produced similar effects to that of proton irradiation. However, an additional, and different, defect mechanism is suggested to dominate in the heavier-ion results. Comparison is made with proton-irradiated solar-cell work and with non-ionizing energy-loss (NIEL) radiation-damage models. © 2006 IEEE
The growing need for obtaining electrical energy through renewable energy sources such as solar ene...
The high fluences (up to 10^16 1-MeV equivalent neutrons/cm^2) needed for testing the detector proto...
Various spectral response studies are reported that assess lithium doping effects on the recovery pr...
Evidence has been presented that a lithium-diffused crucible-grown silicon solar cell can be made wi...
The reasons for interest in irradiation effects on solar cells are reviewed. It is shown that studie...
For nearly two decades, deviations between experimental data and the nonionizing energy loss (NIEL) ...
Standard crystalline silicon homojunction solar cells have been irradiated with high energy protons ...
Photovoltaic characteristics of p-n and n-p Si cells and p-n lithium-doped cells irradiated with hig...
Energetic particles such as electrons and protons induce severe degradation on the performance of so...
Abstract: The change in electric properties of silicon solar cells was investigated under the irradi...
A comprehensive performance study of the effects of proton irradiation on production Si, GaAs and Ga...
Interaction of lithium with defects induced in silicon solar cells by one MeV electron bombardmen
In order to predict the probable degradation of spacecraft solar cells and arrays in orbit it is nec...
Lithium doped silicon solar cells for improved radiation resistance to neutrons, protons, and electr...
Boron doped silicon n+p solar cells were counterdoped with lithium by ion implanation and the result...
The growing need for obtaining electrical energy through renewable energy sources such as solar ene...
The high fluences (up to 10^16 1-MeV equivalent neutrons/cm^2) needed for testing the detector proto...
Various spectral response studies are reported that assess lithium doping effects on the recovery pr...
Evidence has been presented that a lithium-diffused crucible-grown silicon solar cell can be made wi...
The reasons for interest in irradiation effects on solar cells are reviewed. It is shown that studie...
For nearly two decades, deviations between experimental data and the nonionizing energy loss (NIEL) ...
Standard crystalline silicon homojunction solar cells have been irradiated with high energy protons ...
Photovoltaic characteristics of p-n and n-p Si cells and p-n lithium-doped cells irradiated with hig...
Energetic particles such as electrons and protons induce severe degradation on the performance of so...
Abstract: The change in electric properties of silicon solar cells was investigated under the irradi...
A comprehensive performance study of the effects of proton irradiation on production Si, GaAs and Ga...
Interaction of lithium with defects induced in silicon solar cells by one MeV electron bombardmen
In order to predict the probable degradation of spacecraft solar cells and arrays in orbit it is nec...
Lithium doped silicon solar cells for improved radiation resistance to neutrons, protons, and electr...
Boron doped silicon n+p solar cells were counterdoped with lithium by ion implanation and the result...
The growing need for obtaining electrical energy through renewable energy sources such as solar ene...
The high fluences (up to 10^16 1-MeV equivalent neutrons/cm^2) needed for testing the detector proto...
Various spectral response studies are reported that assess lithium doping effects on the recovery pr...