A thermal analysis model is presented which describes the dendritic ribbon process. The model uses a melt-dendrite interface which projects out of the bulk melt as the basic interpretation of the ribbon production process. This is a marked departure from the interpretations of the interface phenomena which were used previously. The model was extensively illustrated with diagrams and pictures of ribbon samples. This model should have great impact on the analyses of experimental data as well as on future design modifications of ribbon-pulling equipment
The effects of various machine design parameters on the growth of web dendritic silicon ribbon were ...
The elastic properties of porous silicon single layers and superlattices were determined by means of...
Simultaneous diffusion of liquid precursors containing phosphorus and boron into dendritic web silic...
The growth of silicon dendritic web for photovoltaic applications was investigated. The application ...
Efforts to demonstrate that the dendritic web technology is ready for commercial use by the end of 1...
The technical progress made in the Silicon Sheet Growth Program during its 11 years was reviewed. At...
Thirty-five (35) furnace runs were carried out during this quarter, of which 25 produced a total of ...
The thermal models used for analyzing dendritic web growth and calculating the thermal stress were r...
The technique of silicon ribbon growth by the capillary action shaping is assessed for applicability...
Silicon Carbide (SiC) is one of the most desirable materials for power electronic devices. The devel...
This final report gives the results of work performed by the University of South Carolina to develop...
A web furnace was constructed for pulling dendritic-web samples. The effect of changes in the furnac...
Thermally generated stresses in the growing web crystal were reduced. These stresses, which if too h...
A program having the overall objective of growing wide, thin silicon dendritic web crystals quasi-co...
The feasibility is studied of growing wide, thin silicon dendritic web for solar cell fabrication an...
The effects of various machine design parameters on the growth of web dendritic silicon ribbon were ...
The elastic properties of porous silicon single layers and superlattices were determined by means of...
Simultaneous diffusion of liquid precursors containing phosphorus and boron into dendritic web silic...
The growth of silicon dendritic web for photovoltaic applications was investigated. The application ...
Efforts to demonstrate that the dendritic web technology is ready for commercial use by the end of 1...
The technical progress made in the Silicon Sheet Growth Program during its 11 years was reviewed. At...
Thirty-five (35) furnace runs were carried out during this quarter, of which 25 produced a total of ...
The thermal models used for analyzing dendritic web growth and calculating the thermal stress were r...
The technique of silicon ribbon growth by the capillary action shaping is assessed for applicability...
Silicon Carbide (SiC) is one of the most desirable materials for power electronic devices. The devel...
This final report gives the results of work performed by the University of South Carolina to develop...
A web furnace was constructed for pulling dendritic-web samples. The effect of changes in the furnac...
Thermally generated stresses in the growing web crystal were reduced. These stresses, which if too h...
A program having the overall objective of growing wide, thin silicon dendritic web crystals quasi-co...
The feasibility is studied of growing wide, thin silicon dendritic web for solar cell fabrication an...
The effects of various machine design parameters on the growth of web dendritic silicon ribbon were ...
The elastic properties of porous silicon single layers and superlattices were determined by means of...
Simultaneous diffusion of liquid precursors containing phosphorus and boron into dendritic web silic...