Park Jea-gun | Nano-SOI Process Laboratory, Hanyang University
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概要
関連著者
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Park Jea-gun
Nano-SOI Process Laboratory, Hanyang University
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Park Jea-gun
Advanced Semiconductor Material And Device Development Center Hanyang University
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Paik U
Department Of Ceramic Engineering Hanyang University
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Park J‐g
Nano-soi Process Laboratory Hanyang University
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KATOH Takeo
Nano-SOI Process Laboratory, Hanyang University
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Paik Ungyu
Department Of Ceramic Engineering Hanyang University
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Katoh Takeo
Nano-soi Process Laboratory Hanyang University
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Park Jea-gun
Nano-soi Process Laboratory Hanyang University
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KANG Hyun-Goo
Nano-SOI Process Laboratory, Hanyang University
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Kang H‐g
Nano-soi Process Laboratory Hanyang University
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Kim S‐j
Department Of Ceramic Engineering Hanyang University
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Kim S‐k
Hanyang Univ. Seoul Kor
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Park Jea-gun
Nano-soi Process Laboratory Department Of Electrical And Computer Engineering Hanyang University
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KIM Sang-Kyun
Department of Electronic Engineering, Inha University
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KATOH Takeo
Advanced Semiconductor Material and Device Development Center, Hanyang University
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Park Jea-gun
Advanced Semiconductor Material & Device Development Center Hanyang University
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Kim Dae-hyung
Kctech
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PARK Jea-Gun
Advanced Semiconductor Material and Device Development Center, Hanyang University
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Kang Hyun-goo
Nano-soi Process Laboratory Hanyang University
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Kang Hyun‐goo
Hanyang Univ. Seoul Kor
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Park Hyung-soon
Hynix Semiconductor Inc.
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KIM Dae-Hyeong
KCTech
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Lee Won-mo
Nano-soi Process Laboratory Hanyang University
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PARK Jin-hyung
Advanced Semiconductor Material and Device Development Center, Hanyang University
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Kim Sung-jun
Department Of Ceramic Engineering Hanyang University
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Paik Uugyu
Department Of Ceramic Engineering Hanyang University
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Kim Sung-jun
Nano-soi Process Laboratory Hanyang University
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Lim Se-yun
Nano-soi Process Laboratory Hanyang University
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Kim Jae-seok
Nano-SOI Process Laboratory, Hanyang University
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Nam Woo-sik
Nano-SOI Process Laboratory, Hanyang University
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Shin Chang-hyup
Nano-SOI Process Laboratory, Hanyang University
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Seo Sung-ho
Nano-SOI Process Laboratory, Hanyang University
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Kim Yoon-joong
Electron Microscopy Team, Korea Basic Science Institute
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LEE Myung-Yoon
Nano-SOI Process Laboratory, Hanyang University
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PARK Hyung-Soon
Department of Ceramic Engineering, Hanyang University
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PAIK Ungyu
Hynix Semiconductor Inc.
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Jeon H
Hanyang Univ. Seoul Kor
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Park Jea-gun
National Program Center For Terabit-level Nonvolatile Memory Development Hanyang University
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JEON Hyeongtag
Department of Materials Science and Engineering, Hanyang University
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Kwack Kae-dal
Nano Soi Process Laboratory Hanyang University
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Kwack Kae-dal
Advanced Semiconductor Material And Device Development Center Hanyang University
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YOO Hyung-Chul
Advanced Semiconductor Material and Device Development Center, Hanyang University
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PAIK Ungyu
Advanced Semiconductor Material and Device Development Center, Hanyang University
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Lee Myung-yoon
Nano-soi Process Laboratory Hanyang University
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Seo Sung-ho
National Program Center For Terabit-level Nonvolatile Memory Development Hanyang University
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Yoo Hyung-chul
Advanced Semiconductor Material And Device Development Center Hanyang University
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Shin Chang-hyup
Nano-soi Process Laboratory Hanyang University
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Nam Woo-sik
National Program Center For Terabit-level Nonvolatile Memory Development Hanyang University
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Kim Jae-seok
Nano-soi Process Laboratory Hanyang University
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Kim Yoon-joong
Electron Microscopy Team Korea Basic Science Institute
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Kwack Kae-dal
Advanced Semiconductor Material & Devices Development Center Hanyang University
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Lee Dong-ho
Advanced Semiconductor Material And Device Development Center Hanyang University
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Oh Seong-geun
Department Of Chemical Engineering Hanyang University
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Kim Sang-kyun
Department Of Ceramic Engineering Hanyang University
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JUNG Yeon-Gil
Department of Animal Science, Daegu University
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SOHN Hyung-Min
Department of Ceramic Engineering, Hanyang University
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YOON Phil-Won
Department of Ceramic Engineering, Hanyang University
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Yoon Phil-won
Department Of Ceramic Engineering Hanyang University
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Sohn Hyung-min
Department Of Ceramic Engineering Hanyang University
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Katoh T
Sumitomo Heavy Ind. Ltd. Tanashi Jpn
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Jung Yeon-gil
Department Of Animal Science Daegu University
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Jung Yeon-gil
Department Of Ceramic Science And Engineering Changwon National University
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PARK Youg-Kook
Nano-SOI Process Laboratory, Hanyang University
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PARKf Jea-Gun
Advanced Semiconductor Material and Device Development Center, Hanyang University
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LEE Won-Mo
Department of Materials Science and Engineering, Hanyang University
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PAIK Un-Gyu
Department of Ceramic Engineering. Hanyang University
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SUGA Hisaaki
Mitsubishi Materials Silicon Corporation
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KIM Dae-Hyung
Department of Ceramic Engineering, Hanyang University
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PAIK Ungyu
K. C. Technol. Inc.
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PAIK Un-Gyu
Advanced Semiconductor Material and Device Development Center, Hanyang University
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KIM Suk-Goo
Nano-SOI Process Laboratory, Department of Electrical and Computer Engineering, Hanyang University
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KIM Min-Seok
Nano-SOI Process Laboratory, Hanyang University
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KIM Jongphil
Department of Ceramic Engineering, Hanyang University
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Kim Jongphil
Department Of Ceramic Engineering Hanyang University
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Paik Un-gyu
Advanced Semiconductor Material And Device Development Center Hanyang University
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Kim Dae-Hyung
K. C. Technol. Inc., 268-1 Geruk-Ri, Miyang-Myon, Ansong-Shi, Kyonggi-Do, Korea
著作論文
- Non-volatile Memory Fabricated with Al Nanocrystals Embedded in Conductive-Low-Molecular-Organic Layers(Session 3 Emerging Devices and Technologies I,AWAD2006)
- Non-volatile Memory Fabricated with Al Nanocrystals Embedded in Conductive-Low-Molecular-Organic Layers(Session 3 Emerging Devices and Technologies I,AWAD2006)
- Dependence of pH, Molecular Weight, and Concentration of Surfactant in Ceria Slurry on Saturated Nitride Removal Rate in Shallow Trench Isolation Chemical Mechanical Polishing
- Effects of Abrasive Size and Surfactant Concentration on the Non-Prestonian Behavior of Ceria Slurry in Shallow Trench Isolation Chemical Mechanical Polishing
- Effect of Molecular Weight of Surfactant in Nano Ceria Slurry on Shallow Trench Isolation Chemical Mechanical Polishing (CMP)
- Effects of Grain Size and Abrasive Size of Polycrystalline Nano-particle Ceria Slurry on Shallow Trench Isolation Chemical Mechanical Polishing
- Reduction of Large Particles in Ceria Slurry by Aging and Selective Sedimentation and its Effect on Shallow Trench Isolation Chemical Mechanical Planarization
- Effect of Calcination Process on Synthesis of Ceria Particles, and Its Influence on Shallow Trench Isolation Chemical Mechanical Planarization Performance
- The Effect of Cerium Precursor Agglomeration on the Synthesis of Ceria Particles and Its Influence on Shallow Trench Isolation Chemical Mechanical Polishing Performance
- Agglomerated Large Particles under Various Slurry Preparation Conditions and Their Influence on Shallow Trench Isolation Chemical Mechanical Polishing
- A Reverse Selectivity Ceria Slurry for the Damascene Gate Chemical Mechanical Planarization Process
- Influence of Physical Characteristics of Ceria Particles on Polishing Rate of Chemical Mechanical Planarization for Shallow Trench Isolation
- Effect of Slurry Surfactant on Nanotopography Impact in Chemical Mechanical Polishing
- Effects of Physical Characteristics of Cerium Oxide of Plasma-Enhanced Tetraethylorthosiliate Removal Rate of Chemical Mechanical Polishing for Shallow Trench Isolation
- Effects of Abrasive Morphology and Surfactant Concentration on Polishing Rate of Ceria Slurry
- Dependence of Nanotopography Impact on Abrasive Size and Surfactant Concentration in Ceria Slurry for Shallow Trench Isolation Chemical Mechanical Polishing
- Surfactant Effect on Oxide-to-Nitride Removal Selectivity of Nano-abrasive Ceria Slurry for Chemical Mechanical Polishing
- The Nanotopography Effect of Improved Single-Side-Polished Wafer on Oxide Chemical Mechanical Polishing : Semiconductors
- Effect of Dispersant Addition during Ceria Abrasive Milling Process on Light Point Defect (LPD) Formation after Shallow Trench Isolation Chemical Mechanical Polishing (STI-CMP)
- Spectral Analyses on Pad Dependency of Nanotopography Impact on Oxide Chemical Mechanical Polishing : Semiconductors
- Extended Defects and Pile-Up of Interstitial Oxygen in Silicon Wafer Due to MeV-Level Nitrogen Ion Implantation
- Nanotopography Impact and Non-Prestonian Behavior of Ceria Slurry in Shallow Trench Isolation Chemical Mechanical Polishing (STI-CMP)
- The Stability of Nano Fwned Silica Particles and Its Influence on Chemical Mechanical Planarization for Interlayer Dielectrics
- Effect of Nanotopography on Chemical Mechanical Polishing : Polishing Depth, Pad, Slurry and Interlayer Film Dependencies
- Effect of Nanotopography on Chemical Mechanical Polishing : Polishing Depth, Pad, Slurry and Interlayer Film Dependencies
- Spectral Analyses of the Impact of Nanotopography of Silicon Wafers on Oxide Chemical Mechanical Polishing : Semiconductors