Characterization of Fluoropolymer Resist for 157-nm Lithography
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概要
著者
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Itani T
Selete Tsukuba Jpn
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Irie S
Semiconductor Leading Edge Technologies Ibaraki Jpn
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Irie Shigeo
Semiconductor Leading Edge Technologies Inc. (selete)
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Itani T
Semiconductor Leading Edge Technologies Inc. (selete)
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HAGIWARA Takuya
Semiconductor Leading Edge Technologies, Inc. (Selete)
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Hagiwara Takuya
Semiconductor Leading Edge Technologies Inc. (selete)
関連論文
- Theoretical Calculation of Photoabsorption of Various Polymers in an Extreme Ultraviolet Region
- Dependence of Outgassing Characters at a 157 nm Exposure on Resist Structures
- "Mask Enhancer" Technology on ArF Immersion Tool for 45-nm-Node Complementary Metal Oxide Semiconductor with 0.249μm^2 Static Random Access Memory Contact Layer Fabrication
- Difference in Reaction Schemes in Photolysis of Triphenylsulfonium Salts between 248nm and Dry/Wet 193nm Resists
- Development of Resist Materials for EUVL
- Study of Transmittance of Polymers and Influence of Photoacid Generator on Resist Transmittance at Extreme Ultraviolet Wavelength
- Measurement of Resist Transmittance at Extreme Ultraviolet Wavelength Using the Extreme Ultraviolet Reflectometer(Instrumentation, Measurement, and Fabrication Technology)
- Dissolution Characteristics of Chemically Amplified DUV Resists
- Relationship between Remaining Solvent and Acid Diffusion in Chemically Amplified Deep Ultraviolet Resists
- A Study of Photoacid Structure Dependence on Lithographic Performance in Chemically Amplified Resists
- 157-nm Single-Layer Resists Based on Main-Chain-Fluorinated Polymers
- Deblocking Reaction of Chemically Amplified Positive DUV Resists
- Characterization of Fluoropolymer Resist for 157-nm Lithography
- Progress in Top Surface Imaging Process
- Process Characterization of Bi-layer Silylation Process for l93-nm Lithography
- Dissolution Kinetics Analysis for Chemically Amplified Deep Ultraviolet Resist
- Application of a New BARC Material for 157-nm Lithography
- A study of an Organic Bottom Antireflective Coating for 157-nm Lithography
- Relationship between Chemical Gradient and Line Edge Roughness of Chemically Amplified Extreme Ultraviolet Resist