사진
20회2020.01.07-01.09
U. Ryukyusry.
- Introduction to EDL: Won-Jun Kang(U4, Mr)
- Characteristics of a-IGZO Thin-Film Transistors on Polyimide Substrates: In-Hye Kang (D3, MS)
- Taste Sensor Using Dual Gate a-IGZO Thin Film Transistor: Seog-Won Kim (M1, Mr)
- Annealing Effect on IGZO-Metal Interface: Eun Seong Yu(U3, Mr)
- Liquid Crystal Fresnel Lens with Variable Refractive Index (1): Jae-Geun Woo(M1, Mr)
- Liquid Crystal Fresnel Lens with Variable Refractive Index (2): Young-Jin Kim(U1, Mr)
- The Characterization of Insulators Using Reactive Sputtering: Seok-Jun Kang(M1, Mr)
- Study on High-k Zirconium Oxide Insulator: Ji Won Lee(U3, Mr)
- LTPO TFT Technology for AMOLEDs: Hyuk Su Lee
2019.08.30-09.01
- Introduction: Prof. Bae and Noguchi
- Introduction to EDL: Young-Jin Kim(U1, Mr)
- Inverter circuit based on vertical TFT: Seung Han (U4. Mr)
- Quatntum dot light emitting diode optimization and inverter QDLED: Jae-Geun Woo (M1, Mr)
- Effect of 4% H2 annealing to Poly-Si TFTs on polyimide fabricated by ultra low temperature process: Daisuke Tokieda(M1, Mr)
- Taste sensor using dual gate a-IGZO thin film transistor: Seo-Kwon Kim(M1, Mr)
- Development and applications of vrtical structure oxide thin film transistor: Min-Su Kang(M2, Mr)
- Potential of floating gate MOS type memory using ZnS-SiO2: Prof. Okada
- Vertical TFT: Prof. Bae
- Attractive crystallization of semiconductor films for functional Si TFT systems on panel: Prof. Noguchi
19.01.08-09
U. Ryukyus
- Remarks: Prof. Noguchi
- Introduction to EDL: Seung Han
- Introduction to Noguchi LAB: Prof. Okada
- Self Introduction
- Effect of Annealing Temperature on IGZO: Seok-Jun Kang
- Low temperature crystallization of Si thin film on glass by MIC (Metal Induced Crystallization) method using Au/, Low Temperature Crystallization and Reduction of Resistance of P-doped-Si Film on Glass by Metal Induced Crystallization (MIC): Masataro Nishihara, Genta Sakamoto
- Improvement of organic solar cell performance via the incorporation of a MgO cathode interlayer fabricated by a reaction of thermally deposited Mg with MoO3: Prof. H. Kageyama
- AMOLED Pixel Circuit Composed of MOSFET: Min-Su Kang
- Pursue of high mobility to the sputtering InSb Thin Films on glass: Daichi Nagai
- Study about the Electrical Properties of AZO Films Fabricated by RF Sputtering: Seo-Kwon Kim
- Potential evaluation of floating gate MOS type Memory by ZnS-SiO2 : Kohei Tsujimoto
- ITO Deposition on PMMA Lens: Pyeong-Seob Song
- Remarks: Prof. B. S. Bae
19.09.01-02
부산, Jade Hall in Haeundae Centum Hotel
- Invitation letter Noguchi, Furuta
- Furuta: Introduction to KUT
- 배병성: Introduction to Hoseo
- 강석준: Introduction to ED LAB
- 이상민: Reaction between Metal and Oxide
- 송평섭: TiO2 Thin Film by Reactive Sputtering
- 강민수: Clock-Generator Embedded Charge Pump Circuit Using Oxide TFT
- 양희찬-I-V, C-V Measurement of Al2O3 Insulator Multicoating
- 한예린: Integrated taste circuit with oxide TFT
- 강인혜: Oxide TFT Comparator Suitable for Bio Sensor Platform
- 이승원Technical meeting of Hoseo univ & univ LEE SEUNG WON.pptx
18.01.12
U. Ryukyus
- 양희찬: Introduction to Hoseo University
- 주재문: LG V30 분석
- 이상민: Evaluation of SOG film by Dilution ratio, 발표 원고
- 한예린: Self-Biased Oxide TFT Amplifier
- 황상호: Effect of Gate Insulators by Diluted Spin On Glass (SOG) on a-IGZO Thin Film Transistor
- 백영조: Effect of SOG Annealing Ambient on IGZO TFTs
- 박성민: Stretchable OLED Pixel Circuit
- 홍민택: The Oxide TFT with Solution Based Gate Insulator
- 강민수: LCD Drive Circuit using Oxide TFT for Wearable Applications
- 강인혜:Compact Decoder-Type Gate Driver Circuit with a-IGZO TFT for Stretchable Display, 발표 원고
- 홍승현: Insulator Characteristics of Solution Al2O3
18.09.01-02
부산, 해운대 일루아 호텔
17.01.14
U. Ryukyus
백영조 Fabrication Probe Tip using MEMS
한예린 Evaluation of Water Level Sensor based on Capacitive Sensor Circuit
16.08.27
제주,
160827 Moon_the development of printing OTFT 2 V6 - Moon
160827 홍민택 Top gate oxide TFT with solution based gate insulator - 기술교류회
16.01
U. Ryukyus
15.08.22
호서대
홍민택
SiO2 Gate Insulator by RF Magnetron Sputtering with Various Oxygen Ratio