Add to ORKGThe various steps involved in the chemical polishing and etching of silicon samples are described. Data on twins, dislocation pits, and grain boundaries from thirty-one (31) silicon sample are also discussed. A brief review of the changes made to upgrade the image analysis system is included
Two major topics are treated: methods to measure and evaluate impurity effects in silicon and compre...
Significant progress is reported in fabricating a 4 sq cm cell having a 10.1 percent conversion effi...
Testing of low cost low suspension power slurry vehicles is presented. Cutting oils are unlikely to ...
The various steps involved in the chemical polishing and etching of silicon samples are described an...
The various steps involved in obtaining quantitative information of structural defects in crystallin...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
One hundred ninety-three silicon sheet samples, approximately 880 square centimeters, were analyzed ...
The technical and economic feasibility of producing solar-cell-quality sheet silicon was investigate...
The technical feasibility of producing solar cell quality sheet silicon to meet the DOE 1986 cost go...
The objective of this research program is to investigate the technical and economic feasibility of p...
The limits of blade tolerance were defined. The standard blades are T-2 thickness tolerance. Good re...
The Silicon Material Task of the Flat-Plate Solar Array Project was assigned the objective of develo...
A program is described which supports and promotes the development of processing techniques which ma...
The effects of impurities, various thermochemical processes, and any impurity-process interactions u...
Research on the structural defects of silicon such as grain boundaries and dislocations, their spati...
Two major topics are treated: methods to measure and evaluate impurity effects in silicon and compre...
Significant progress is reported in fabricating a 4 sq cm cell having a 10.1 percent conversion effi...
Testing of low cost low suspension power slurry vehicles is presented. Cutting oils are unlikely to ...
The various steps involved in the chemical polishing and etching of silicon samples are described an...
The various steps involved in obtaining quantitative information of structural defects in crystallin...
Statistically significant quantitative structural imperfection measurements were made on samples fro...
One hundred ninety-three silicon sheet samples, approximately 880 square centimeters, were analyzed ...
The technical and economic feasibility of producing solar-cell-quality sheet silicon was investigate...
The technical feasibility of producing solar cell quality sheet silicon to meet the DOE 1986 cost go...
The objective of this research program is to investigate the technical and economic feasibility of p...
The limits of blade tolerance were defined. The standard blades are T-2 thickness tolerance. Good re...
The Silicon Material Task of the Flat-Plate Solar Array Project was assigned the objective of develo...
A program is described which supports and promotes the development of processing techniques which ma...
The effects of impurities, various thermochemical processes, and any impurity-process interactions u...
Research on the structural defects of silicon such as grain boundaries and dislocations, their spati...
Two major topics are treated: methods to measure and evaluate impurity effects in silicon and compre...
Significant progress is reported in fabricating a 4 sq cm cell having a 10.1 percent conversion effi...
Testing of low cost low suspension power slurry vehicles is presented. Cutting oils are unlikely to ...