ZETA Potential Induced Particle Generation in SC2 Cleaning
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 2002-12-15
著者
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MUN Seong
Process Engineering Dept. 5, MagnaChip Semiconductor Ltd.
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Mun Seong
Process Engineering Dept. 5 Magnachip Semiconductor Ltd.
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YOON Ki
Process Engineering Dept. 5, HYNIX Electronics Industries Co., Ltd.
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Yoon K
Process Engineering Dept. S. Hynix Electronics Industries Co. Ltd.
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AN Bycong
Process Engineering Dept. S. HYNIX Electronics Industries Co., Ltd.
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An Bycong
Process Engineering Dept. S. Hynix Electronics Industries Co. Ltd.
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Mun Seong
Process Engineering Dept. 5 Hynix Electronics Industries Co. Ltd.
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Yoon Ki
Process Engineering Dept. 5 Hynix Electronics Industries Co. Ltd.
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An Byeong
Process Engineering Dept. S. HYNIX Electronics Industries Co., Ltd.
関連論文
- Layout Dependent Induced Leakage and its Prevention with Different Shallow Trench Isolation Schemes in 0.18μm Dual Gate Complementary Metal Oxide Semiconductor Technology
- Etch Defect Reduction Using SF_6/O_2 Plasma Cleaning and Optimizing Etching Recipe in Photo Resist Masked Gate Poly Silicon Etch Process
- Shallow Trench Isolation Top Corner Rounding Using Si Soft Etching Following Diluted Hydrofluorine Solution
- ZETA Potential Induced Particle Generation in SC2 Cleaning
- Etch Defect Reduction Using SF6/O2 Plasma Cleaning and Optimizing Etching Recipe in Photo Resist Masked Gate Poly Silicon Etch Process
- Layout Dependent Induced Leakage and its Prevention with Different Shallow Trench Isolation Schemes in 0.18 μm Dual Gate Complementary Metal Oxide Semiconductor Technology