<--- Back to Details
First PageDocument Content
Silicon / Thermal oxidation / Ceramic materials / Oxygen / Solar cells / Deal–Grove model / Oxide / Silicon dioxide / Ultra-high-purity steam for oxidation and annealing / Chemistry / Matter / Semiconductor device fabrication
Date: 2008-01-26 11:30:52
Silicon
Thermal oxidation
Ceramic materials
Oxygen
Solar cells
Deal–Grove model
Oxide
Silicon dioxide
Ultra-high-purity steam for oxidation and annealing
Chemistry
Matter
Semiconductor device fabrication

Improved Oxide Growth Rate and Uniformity through New Steam Delivery Method

Add to Reading List

Source URL: www.rasirc.com

Download Document from Source Website

File Size: 305,60 KB

Share Document on Facebook

Similar Documents

Thermal/Oxidation Storage Stability of Bio-Diesel Fuels ___________________________________________________ Funded by Imperial Oil, Canadian Petroleum Products Institute and Natural Resources Canada under National Renewa

Thermal/Oxidation Storage Stability of Bio-Diesel Fuels ___________________________________________________ Funded by Imperial Oil, Canadian Petroleum Products Institute and Natural Resources Canada under National Renewa

DocID: 1uakZ - View Document

Microsoft Word - Tank 48 Letter ReportResponse_FINAL

Microsoft Word - Tank 48 Letter ReportResponse_FINAL

DocID: 1pZdw - View Document

Journal of Undergraduate Research 6, Anatase Phase, Hydrophilicity, and Thickness of Thermally Oxidized TiO2 Layer on Titanium-V Alloy M.D. Hamilton Department of Biomedical Engineering, University of Michi

Journal of Undergraduate Research 6, Anatase Phase, Hydrophilicity, and Thickness of Thermally Oxidized TiO2 Layer on Titanium-V Alloy M.D. Hamilton Department of Biomedical Engineering, University of Michi

DocID: 1piX2 - View Document

Trattamenti termici Stabilization of vegetable oil-based quenchants to thermal-oxidative degradation: eexperimental strategy and effect of oxidation on quenching performance E. C. A. Simêncio, R. L. Simencio Otero, L. C

Trattamenti termici Stabilization of vegetable oil-based quenchants to thermal-oxidative degradation: eexperimental strategy and effect of oxidation on quenching performance E. C. A. Simêncio, R. L. Simencio Otero, L. C

DocID: 1mJ5T - View Document

Thermal oxidation ( µm vs. minutes) {100} 1 90 0

Thermal oxidation ( µm vs. minutes) {100} 1 90 0

DocID: 1m63V - View Document