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[文献書誌] T.Matsuura et al.: "Anisotropic Etching Process of n^+-Polysilicon with Chlorine and Nitrogen Mixed ECR Plasma." Extended Abstract 179th Electrochemical Society Spring Meeting.Washington DC. 91-1. 521-522 (1991)
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[文献書誌] K.Fukuda et al.: "Low-Temperature Silicon Epitaxy without Substrate Heating by Ultraclean ECR-Plasma-Enhanced CVD" Extended Abstract 179t Electrochemical Society Spring Meeting.Washington DC. 91-1. 575-576 (1991)
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[文献書誌] T.Matsuura et al.: "Low-Temperature Silicon Epitaxy without Substrate Heating and Selectivity Inversion in Ultraclean ECR Plasma Enhanced CVD" 1991 Intntl.Conf.Solid State Devices and Materials.1991. 38-40 (1991)
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[文献書誌] 松浦 孝,他: "高清浄ECRプラズマによる基板非加熱Si選択エピタキシァル成長" 電子情報通信学会技術研究報告. SDM91-81. 7-12 (1991)
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[文献書誌] K.Fukuda et al.: "Electron-cyclotron-resonance plasma-enhanced chemical-vapor-deposition of epitaxial Si without substrate heating by ultraclean processing." Applied Physics Letters. 59. 2853-2855 (1991)
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[文献書誌] T.Matsuura et al.: "Anisotropic Etching Process of n^+-Polysilicon with Chlorine and Nitrogen Mixed ECR Plasma." ULSI Science and Technology/1991,(J.M.Andrews & G.K.Celler eds.PV91-11. 236-243 (1991)
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[文献書誌] K.Fukuda et al.: "Low-Temperature Silicon Epitaxy without Substrate Heating by Ultraclean ECR-Plasma-Enhanced CVD" ULSI Science and Technology/1991,(J.M.Andrews & G.K.Celler eds.PV91-11. 834-840 (1991)
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[文献書誌] T.Matsuura et al.: "Inversion from selective homoepitaxy of Si to selective Si film deposition on SiO_2 using ultraclean electron cyclotron resonance plasma" Applied Physics Letters.
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[文献書誌] T.Matsuura et al.: "Perfect-selective etching of Si to SiO_2 with high anisotropy using ultraclean electron-cyclotron-resonance chlorine plasma" Journal of Applied Physics.
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[文献書誌] T.Matsuura et al.: "Effects of Gas Addition in Ultraclean Electron Cyclotron Resonance Plasma Etching of Polysilicon"
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[文献書誌] T.Matsuura et al.: "Anisotropy improvement by nitrogen chemisorption in highly selective etching of n^+-polysilicon using an ultraclean electron-cyclotron-resonance N_2/Cl_2 plasma"