Add to ORKGCurrent methods for calculating damage to solar cells are well documented in the GaAs Solar Cell Radiation Handbook (JPL 96-9). An alternative, the displacement damage dose (D(sub d)) method, has been developed by Summers, et al. This method is currently being implemented in the SAVANT computer program
Electronic and optoelectronic devices designed for high level of charged particle radiation environm...
"December 1983"--Cover.Subject category 73.Distributed to depository libraries in microfiche.Include...
A simplified model for the short-circuit current reduction caused by proton-induced radiation damage...
This paper presents a method for using the SPENVIS on-line computational suite to implement the disp...
Cupper indium gallium di-Selenide (CIGS) solar cell is expected to be a dosimeter devise under a har...
It has been found useful in the past to use the concept of 'equivalent fluence' to compare the radia...
A method of incorporating a detailed solar cell radiation degradation model into a convenient comput...
To investigate applicability of radiation-hard indium–gallium–phosphide (InGaP) and copper–indium–ga...
Indium gallium phosphide (InGaP) solar cell is expected to be a dosimeter devise under a harsh radia...
The most detailed and comprehensively verified analytical model was used to evaluate the effects of ...
A computer model to evaluate radiation damage on AlGaAs-based solar cells is reported. The model is ...
The effects of radiation in GaAs solar cells has been extensively researched and the results of nume...
In this paper, a theoretical study of the electrical parameters degradation of different n-type GaAs...
Degradation measurements of solar cell irradiation under tungsten and sunlight illumination
A simple proton damage model for GaAs solar cells is derived and compared to experimental values of ...
Electronic and optoelectronic devices designed for high level of charged particle radiation environm...
"December 1983"--Cover.Subject category 73.Distributed to depository libraries in microfiche.Include...
A simplified model for the short-circuit current reduction caused by proton-induced radiation damage...
This paper presents a method for using the SPENVIS on-line computational suite to implement the disp...
Cupper indium gallium di-Selenide (CIGS) solar cell is expected to be a dosimeter devise under a har...
It has been found useful in the past to use the concept of 'equivalent fluence' to compare the radia...
A method of incorporating a detailed solar cell radiation degradation model into a convenient comput...
To investigate applicability of radiation-hard indium–gallium–phosphide (InGaP) and copper–indium–ga...
Indium gallium phosphide (InGaP) solar cell is expected to be a dosimeter devise under a harsh radia...
The most detailed and comprehensively verified analytical model was used to evaluate the effects of ...
A computer model to evaluate radiation damage on AlGaAs-based solar cells is reported. The model is ...
The effects of radiation in GaAs solar cells has been extensively researched and the results of nume...
In this paper, a theoretical study of the electrical parameters degradation of different n-type GaAs...
Degradation measurements of solar cell irradiation under tungsten and sunlight illumination
A simple proton damage model for GaAs solar cells is derived and compared to experimental values of ...
Electronic and optoelectronic devices designed for high level of charged particle radiation environm...
"December 1983"--Cover.Subject category 73.Distributed to depository libraries in microfiche.Include...
A simplified model for the short-circuit current reduction caused by proton-induced radiation damage...