Silicon deposition on silicon seed particles by silane pyrolysis in a fluidized bed reactor (FBR) was investigated as a low cost, high throughput method to produce high purity polysilicon for solar cell applications. The emphasis of the research is fundamental understanding of fluidized bed silicon deposition. The mechanisms involved were modeled as a six-path process: heterogeneous deposition; homogeneous decomposition; coalescence; coagulation; scavenging; and chemical vapor deposition growth on fines
The development of a dichlorosilane-based reductive chemical vapor deposition process for the produc...
The traditional polysilicon processes should be refined when addressing the low energy consumption r...
Dichlorosilane (DCS) was used as the feedstock for an advanced decomposition reactor for silicon pro...
Part of the development effort of the JPL in-house technology involved in the Flat-Plate Solar Array...
It was recognized that the traditional hot rod type deposition process for decomposing silane is ene...
A lab scale internally circulating fluidized bed (ICFB) with a centrally located draft tube was desi...
Silane decomposition in a fluidized-bed reactor (FBR) process development unit (PDU) to make semicon...
Silicon material activities are described. Topics discussed include: fluidized bed technology, model...
Abstract-The fluidized bed CVD process for the polycrystalline silicon production is considered to b...
The fluidized bed CVD process for the polycrystalline silicon production is considered to be the mos...
The objective was to investigate and develop chemical vapor deposition (CVD) techniques for the grow...
Polysilicon production costs contribute approximately to 25-33% of the overall cost of the solar pan...
An aerosol reactor system was developed in which large particles of silicon can be grown by silane p...
A comprehensive multiphase gas-solid mathematical model that successfully describes the batch growth...
The development of fluidized-bed reactor technology for producing silicon by the pyrolysis of silane...
The development of a dichlorosilane-based reductive chemical vapor deposition process for the produc...
The traditional polysilicon processes should be refined when addressing the low energy consumption r...
Dichlorosilane (DCS) was used as the feedstock for an advanced decomposition reactor for silicon pro...
Part of the development effort of the JPL in-house technology involved in the Flat-Plate Solar Array...
It was recognized that the traditional hot rod type deposition process for decomposing silane is ene...
A lab scale internally circulating fluidized bed (ICFB) with a centrally located draft tube was desi...
Silane decomposition in a fluidized-bed reactor (FBR) process development unit (PDU) to make semicon...
Silicon material activities are described. Topics discussed include: fluidized bed technology, model...
Abstract-The fluidized bed CVD process for the polycrystalline silicon production is considered to b...
The fluidized bed CVD process for the polycrystalline silicon production is considered to be the mos...
The objective was to investigate and develop chemical vapor deposition (CVD) techniques for the grow...
Polysilicon production costs contribute approximately to 25-33% of the overall cost of the solar pan...
An aerosol reactor system was developed in which large particles of silicon can be grown by silane p...
A comprehensive multiphase gas-solid mathematical model that successfully describes the batch growth...
The development of fluidized-bed reactor technology for producing silicon by the pyrolysis of silane...
The development of a dichlorosilane-based reductive chemical vapor deposition process for the produc...
The traditional polysilicon processes should be refined when addressing the low energy consumption r...
Dichlorosilane (DCS) was used as the feedstock for an advanced decomposition reactor for silicon pro...