The worldwide production of semiconductor grade polysilicon for electronic application has reached nowadays the amount of 10,000 T/y. The material is produced universally by CVD of extremely purified (chloro)silanes reacting with hydrogen. A modern plant will be described operating under conditions which are optimized for energy saving and ecological purposes (closed-loop operation). Other CVD applications in use for electronic materials are described, namely polysilicon deposition on wafer back, for gettering purposes, and epitaxial layer deposition on wafer front. Last one accounts for an annual production of more than 450 MSQI (million square inches)
The traditional polysilicon processes should be refined when addressing the low energy consumption r...
"May 1980.""DOE/JPL/955533-79-2."Cover title.Work performed under contract no. ;Mode of access: Inte...
Dichlorosilane (DCS) was used as the feedstock for an advanced decomposition reactor for silicon pro...
The worldwide production of semiconductor grade polysilicon for electronic application has reached n...
The goal of this program is to demonstrate that a dichlorosilane-based reductive chemical vapor depo...
Polysilicon cost impacts significantly on the photovoltaics (PV) cost and on the energy payback time...
The goal of this program is to demonstrate that a dichlorosilane-based reductive chemical vapor depo...
Cost and energy consumption related to obtaining polysilicon impact significantly on the total photo...
Includes bibliographical references (pages [67]-69)Chemical Vapor Deposition (CVD) techniques to gro...
The use of low pressure chemical vapour deposition (LPCVD) for the growth of thin films of polysilic...
Techniques are being developed to provide lower cost polysilicon material for solar cells. Existing ...
AbstractThe chemical vapor deposition (CVD) is an important approach to produce polycrystalline sili...
The novelty in this paper is to develop a process control for the poly-silicon CVD reactor to achiev...
It was recognized that the traditional hot rod type deposition process for decomposing silane is ene...
The chemical route for producing hyperpure silicon, referred to as polysilicon, is energy intensive....
The traditional polysilicon processes should be refined when addressing the low energy consumption r...
"May 1980.""DOE/JPL/955533-79-2."Cover title.Work performed under contract no. ;Mode of access: Inte...
Dichlorosilane (DCS) was used as the feedstock for an advanced decomposition reactor for silicon pro...
The worldwide production of semiconductor grade polysilicon for electronic application has reached n...
The goal of this program is to demonstrate that a dichlorosilane-based reductive chemical vapor depo...
Polysilicon cost impacts significantly on the photovoltaics (PV) cost and on the energy payback time...
The goal of this program is to demonstrate that a dichlorosilane-based reductive chemical vapor depo...
Cost and energy consumption related to obtaining polysilicon impact significantly on the total photo...
Includes bibliographical references (pages [67]-69)Chemical Vapor Deposition (CVD) techniques to gro...
The use of low pressure chemical vapour deposition (LPCVD) for the growth of thin films of polysilic...
Techniques are being developed to provide lower cost polysilicon material for solar cells. Existing ...
AbstractThe chemical vapor deposition (CVD) is an important approach to produce polycrystalline sili...
The novelty in this paper is to develop a process control for the poly-silicon CVD reactor to achiev...
It was recognized that the traditional hot rod type deposition process for decomposing silane is ene...
The chemical route for producing hyperpure silicon, referred to as polysilicon, is energy intensive....
The traditional polysilicon processes should be refined when addressing the low energy consumption r...
"May 1980.""DOE/JPL/955533-79-2."Cover title.Work performed under contract no. ;Mode of access: Inte...
Dichlorosilane (DCS) was used as the feedstock for an advanced decomposition reactor for silicon pro...