Progress made in the development of EFG ribbon growth is discussed. Specific areas covered include: (1) demonstration of multiple growth for ribbons 5 cm wide in runs of 12 and 20 hours duration; (2) a single cartridge crystal growth station was built expanding observational capacity by virtue of an anamorphic optical-video system which allows close observation of the meniscus over 7.5 cm wide, as well as video taping of the ribbon growth process; (3) growth station no.1 achieved reproducible and reliable growth of 7.5 cm wide ribbon at speeds up to 4 cm/min; (4) introduction of the 'mini cold shoe'; (5) increases in cell efficiency due to interface shaping using the 'displaced die' concept; and (6) clarification of the role of gaseous impu...
More than a dozen methods have been applied to the growth of silicon ribbons, beginning as early as ...
Efforts to demonstrate that the dendritic web technology is ready for commercial use by the end of 1...
Optical and electrical characterization of defects has been started in EFG ribbon grown in a system ...
Recent advances toward silicon growth stations and improved electronic quality of multiplesilicon ar...
Displaced die concepts were explored along with some initial work on buckle characterization. Convec...
The technical progress made in the Silicon Sheet Growth Program during its 11 years was reviewed. At...
The crystal growth method described is a capillary action shaping technique. Meniscus shaping for th...
The objective of this research is to fully investigate the Ribbon-To-Ribbon (R-T-R) approach to sili...
A technique for growing limited-length ribbons continually was demonstrated. This Rigid Edge techniq...
The Ribbon-to-Ribbon (RTR) approach to silicon ribbon growth was investigated. An existing RTR appar...
Further progress in growth rate has been made, reaching an area throughput rate of 38 cm/sup 2//min....
The progress which has been made in 1978/1979 to evolve systems designs for growth stations which pr...
A computer code which can account for plastic deformation effects on stress generated in silicon she...
The results of emission spectroscopic analysis indicate that molten silicon can remain in contact wi...
Continuous growth methodology for silicon solar cell ribbons deals with capillary effects, die effec...
More than a dozen methods have been applied to the growth of silicon ribbons, beginning as early as ...
Efforts to demonstrate that the dendritic web technology is ready for commercial use by the end of 1...
Optical and electrical characterization of defects has been started in EFG ribbon grown in a system ...
Recent advances toward silicon growth stations and improved electronic quality of multiplesilicon ar...
Displaced die concepts were explored along with some initial work on buckle characterization. Convec...
The technical progress made in the Silicon Sheet Growth Program during its 11 years was reviewed. At...
The crystal growth method described is a capillary action shaping technique. Meniscus shaping for th...
The objective of this research is to fully investigate the Ribbon-To-Ribbon (R-T-R) approach to sili...
A technique for growing limited-length ribbons continually was demonstrated. This Rigid Edge techniq...
The Ribbon-to-Ribbon (RTR) approach to silicon ribbon growth was investigated. An existing RTR appar...
Further progress in growth rate has been made, reaching an area throughput rate of 38 cm/sup 2//min....
The progress which has been made in 1978/1979 to evolve systems designs for growth stations which pr...
A computer code which can account for plastic deformation effects on stress generated in silicon she...
The results of emission spectroscopic analysis indicate that molten silicon can remain in contact wi...
Continuous growth methodology for silicon solar cell ribbons deals with capillary effects, die effec...
More than a dozen methods have been applied to the growth of silicon ribbons, beginning as early as ...
Efforts to demonstrate that the dendritic web technology is ready for commercial use by the end of 1...
Optical and electrical characterization of defects has been started in EFG ribbon grown in a system ...