K I f\ s***rK*

JL\i 111 mud society SIDSOCIETY FOR INFORMATION DISPLAY

S0077th International Meeting on Information Display

Digest of Technical Papers of 7th IMID

Volume 7P Book I

August 27-31,2007

ISSN 1738-7558

Publisher: The Korean Information Display Society

10F, The Korean Science and Technology Bldg. 635-4

Yeogsam-dong, Kangnam-gu, Seoul, Korea 135-703

Tel: 82-2-563-7962, Website : www.k-ids.or.kr

TIB/UB Hannover

133 240 290

Table of Contents

Keynote Address

01 Liquid Crystals-A Key Component in LCDs-—3

Walter Zywottek(Merck KGaA, Germany)

02 Future Trends in Information Displays 4

Hee-Gook Lee(LG Electronics Inc., Korea)

1. Crystallization Technologies

1-1 [Invited] Excimer Laser-induced Crystallization

of Si Films for Manufacturing LTPS TFT-based

Displays 7

U. J. Chung, A. B. Limanov, P. C. van der Wilt, A.

M. Chitn, and James S. Im(Columbia Univ., USA)

1-2 [Invited] SLS(Sequential Lateral Solidification)

Technology for High End Mobile Applications— 8

Myung-Koo Kang(Samsung Electronics, Co., Ltd.,

Korea), HyunJae Kim(Yonsei Univ., Korea),

ChiWoo Kim(Samsung Electronics, Co., Ltd.,

Korea), and HyungGuel Kim(Samsung Electronics,

Co., Ltd., Korea)

1-3 Recent Advances in Excimer-laser-based

Crystallization for Active-Matrix Displays 12

Brandon A. Turk(Coherent, Inc., USA), Ludolf

Herbst, Frank Simon, and Rainer Paetzel(Coherent,

GmbH, Germany)

1-4 The Characterization of Poly-Si Thin Film

Transistor Crystallized by a New Alignment SLS

Process 16

S. J, Lee, J. Y. Yang, K. S. Hwang, M. S. Yang, and

I. B. Kang(LG. Phillips LCD Co., Ltd., Korea)

2. PDP Discharge Physics

2-1 [Invited] Understanding the Physics of Plasma

Display Addressing 23

Vladimir P. Nagorny(Mattson Tech., USA)

2-2 Analysis of the Luminous Efficacy Improvementin Full HD ac Plasma Display Panel 29

Hyun Sook Bae and KrWoong Whang(Seoul Nat'l

Univ., Korea)

2-3 Numerical Analysis of the Striation Phenomena

in an ac Plasma Display Panel using Energy

Fluid Model 33

Hyun Sook Bae and K-Woong Whang(Seoul Nat'l

Univ., Korea)

3. AMOLED TV

3-1 [Invited] Large-Sized AMOLED for

TV Application 39

Changwoong Chu, Jinkoo Cluing, Dongwon Lee,

Jaekook Ha, Junho Choi, Sungsoo Lee, Joo-Hyeon

Lee, Sangpil Lee, and Sungtae Shin(SamsungElectronics Co., Ltd., Korea)

3-2 Method to Enhance Color Gamut up to 89 % in

Bottom Emission Active-Matrix Organic Light

Emitting Device 43

Hwa Kyung Kim, Hong Seok Choi, Dong Hee Yoo,

Woo Chan Kim, Jong Geun Yoon, and Joong Whan

Yang(LG Electronics Inc., Korea)

3-3 Using Net Power Control for AMOLED TV 47

Alexander Arkhipov, Baek-Woon Lee, Kyongtae

Park, Si-duk Sung, Sungtae Shin(Samsung

Electronics Co., Ltd., Korea), and Kyuhna

Chung(Cheil Industries Inc., Korea)

3-4 Inverted OLED Structure for 3.5 Inch Full Color

AMOLED Display on a-Si TFT Backplane 51

Jae Hee Park, Jae Young Park, Kwang Jo Hwang,

Hee Dong Choi, Noli Hoon Myung, Seok Jong Lee,

Seung Chul Park(LG. Phillips LCD Co., Ltd.,

Korea), Jung Bum Kim, Yun Hye Hahm, Jeoung

Kwen Noh, Jung Hyoung Lee, Jong Seok Kim, and

Min Soo Kang(LG Chem., Ltd., Korea)

U. Flexible AMOLED

4-1 [Invited] Flexible Display Roadmap and the

Market Outlook 57

Barry Young(Displaysearch, USA)

4-2 [Invited] Analysis of Low Power Consumption

Table of Contents

AMOLED Displays on Flexible Stainless Steel

Substrates 58

Mick Hack, Richard Hewitt, Ray Ma, Julie J.

Brown(Universal Display Corp., USA), Jae Won

Choi, Jun Hyuk Cheon, Se Hwan Kim, and Jin

Jang(Kyung Hee Univ., Korea)

4-3 [Invited] Development of Flexible 3.5" QCIF(176

X144 pixels) OTFT Driven OLED : Integration

Technologies Compatible with Normal

Semiconductor Processes 62

Seung-Youl Kang, Seong Deok Ahn, Ji-Young Oh,

Gi-Hyun Kim, Jae Bon Koo, In-Kyu You, Chul-Am

Kim, Chi-Sun Hwang, Sang-Hee Ko Park, Yong Suk

Yang, Sung Mook Chung, Jeong-Ik Lee, Hye Yong

Chu, and Kyung Soo Suh(ETRI, Korea)

4-4 All-Printed Flexible OLEDs 66

Maaninen Arto, Tuomikoski Markus, Valimaki

Marja, and Maaninen Tiina(VTT TechnologicalResearch Center ofFinland, Finland)

5. Optical Films for LCD Application

5-1 [Invited] Flexible Liquid Crystal Film using

Continuous Process 73

Chi-Chang Liao, Hsing-Lung Wang, Kang-Hung

Liu, Ru-De Chen, Chih-Yuan Chang, Shie-Chang

Jeng, Yan-Rung Lin(ITRI, Taiwan), Kevin Lu, Rick

Chang, and Jerry Chen(Taiflex Scientific Co., Ltd.,

Taiwan)

5-2 [Invited] Films for Widening the Viewing Angle

of LCDs 76

Hiroyuki Mori(FUJIFlLM Co., Japan)

5-3 Adjustable Pretilt Angle of Liquid Crystal

Alignment Materials 80

Song-Shiang Lin, Chein-Dhau Lee(lTRI, Taiwan),

Ya-Ting Su, and Yu-Der LeefNat'l Tsing Hua Univ.,

Taiwan)

6. Advanced Manufacturing Equipment

6-1 [Invited] Challenges for Large Area Processing

Equipment for TFT-LCD Manufacturing 85

Tak Tanaka(AKT, USA)

6-2 [Invited] Atmospheric Metal Doping System and

Application for Poly-Si Backplane 87

D. H. Shin, J. M. Lee, S. K. Lee, and H. J. Kim

(Viatron Technologies Inc., Korea)

6-3 In-Line Manufacturing Tool using Linear Belt

Source Evaporation for Large Size Lighting

OLED and Flexible OLED 91

Chung Hun Hwang(OLEDON Co., Ltd., Korea)

6-4 Large Area Flicker Metric for

Display System 95

Byung Hyuk Shin, Jaeho Oh, Hyoungsik Nam, and

Nam Deog Kim(Samsung Electronics Co., Ltd.,

Korea)

7. Optical Properties of LCs and

Photonic Applications

7-1 [Invited] Advanced Optical Configuration for

Transmissive and Reflective Mode in the

In-Plane Switching LC Cell 101

Kyung-Mi Kim and Gi-Dong Lee(Dong-A Univ.,

Korea)

7-2 [Invited] Chiral Liquid Crystals in Photonic

Device Applications 105

Helen F. Gleeson, Hyung-Guen Yoon, and Nicholas

W. Roberts(The Univ. of Machester, UK)

7-3 Fabrication of a Microlens Array using a

Birefringent Layer and Ferroelectric Liquid

Crystal 109

Yongmin Lee, Kwang-Ho Lee, Yoonseuk Choi, and

Jae-Hoon Kim(Hanyang Univ., Korea)

8. PDP Efficiency

8-1 [Invited] High Efficacy and High Speed

Addressing of a Spatial Positive Column

Discharge PDP 115

T. Shiga and S. Mikoshiba(The Univ. of

Electro-Communications, Japan)

8-2 Luminous Efficacy of 12 Im/W in an AC PDP in

Terms of Measurement of the Discharge in

iv

Table of Contents

Ne+20%Xe and Green Cells 119

Sung-Min Lee, Kwan Hyun Cho, and Kyung Cheol

Choi(KAIST, Korea)

8-3 High Luminous Efficacy AC-PDP with Long

Discharge Gap and Grooved

Dielectric Structure 123

Dongwoo Lee, Kwnag Yeol Choi, Sung Chun Choi,

Dong Gi Baek, Jong Rae Lim, Byung Nam Ahn, and

Won Bae Park(LG Electronics Inc., Korea)

8-4 New Front Plate Structure of ac-PDP using

Aluminum Fence-type Electrode Coated with

Anodic Aluminum Oxide 127

Mi-Yeon Lee, Snag-Hoon Yoon, and Yong-Seog

Kim(Hongik Univ., Korea)

9. AMOLED TFT

9-1 [Invited] Novel Backplane for AM-OLED Device

133

Myeon-Chang Sung, Ho-Nyun Lee, Chang Nam

Kim, Sun Kil Kang, Do Youl Kim, Seong-Joong

Kim, Sang Kyoon Kim, Sung-Kab Kim, Hong-Gyu

Kim, and Sung-tae Kim(LG Electronisc Inc., Korea)

9-2 [Invited] Ambipoalr Light-emitting OrganicField-effect Transistor using a Wide-band-gap

Blue-emitting Molecule 137

Tomo Sakanoue, Masayuki Yahiro, and Chihaya

Adachi(Kyushu Univ., Japan)

9-3 [Late News] 4 inch QVGA AMOLED display

driven by GalnZnOTFT 141

Jang Yeon Kwon, Kyoung Seok Son, Ji Sim Jung,

Tae Sang Kim, Myung Kwan Ryu, Kyung Bae Park,

Jung Woo Kim, Young Gu Lee, Young Soo Park and

Sang Yoon Lee(SAIT, Korea)

9-4 4.1" Transparent QCIF AMOLED Display Driven

by High Mobility Bottom Gate a-IGZO Thin-film

Transistors 145

J. K. Jeong, M. Kim, J. H. Jeong, H. J. Lee, T. K. Ahn,

H. S. Shin, K. Y. Kang, H. Seo, J. S. Park, H. Yang, H.

J. Chung, Y. G. Mo, and H. D. Kim(Samsung SDI Co.,

Ltd., Korea)

10-1

10-2

10-3

10. OTFTI

[Invited] Fabrication of An Organic Thin-Film

Transistor Array by Wettability Patterning for

Liquid Crystal Displays 151

Sung-Jin Kim, Jin-Hyuk Bae(Seoul Nat'l Univ.,

Korea), Taek Ahn, Min Chul Suh, Seung Wook

Chang, Yeon-Gon Mo, Ho-Kyoon Chung(SamsungSDI Co. Ltd., Korea), and Sin-Doo Lee(Seoul Nat'l

Univ., Korea)

Fabrication of Flexible OTFT Array with Printed

Electrodes by using Microcontact and Direct

Printing Processes 155

Jeongdai Jo, Taik-Min Lee, Dong-Soo Kim,

Kwang-Young Kim(KIMM, Korea), MasayoshiEsashi(Tohoku Univ., Japan), and Eung-Sug

Lee(KIMM, Korea)

159

Flexible OTFT-Backplane for Active Matrix

Electrophoretic Display Panel

Myung won Lee and Chung kun Song(Dong-A

Univ., Korea)

11. OTFT Materials Technology

11-1 [Invited] Interfacial Engineering of Polymer

Light Emitting Diode 165

Show-An Chen(Nat'l Tsing Hua Univ., Taiwan)

11-2 [Invited] Vertical Type Organic Transistors and

Flexible Display Applications 168

Kazuhiro Kudo(Chiba Univ., Japan)

11-3 [Invited] Cruciform Thiophene-based Molecules

as Organic Semiconductors for Field Effect

Transistor Applications 170

Dong Hoon Choi, Dae Chul Kim, Kyung Hwan

Kim, Min Ju Cho, and Jung-Il Jin(Korea Univ.,

Korea)

11-4 Synthesis and Characterization of Novel Fused

Aromatic Materials 174

Jong-Won Park, Qing-Hua Zhao, Tae-Hoon Kim

(Gyeongsang Nat'l Univ., Korea), Mi-Hye Yi

(KRICT, Korea), YmrHi Kim, and Soon-Ki Kwon

(Gyeongsang Nat'l Univ., Korea)

V

Table of Contents

12. Novel Manufacturing Technology

12-1 [Invited] Transparent Conductive Oxides for

Displays Applications 181

B. Szyszka, F. Ruske, V. Sittinger, A. Pflug, W.

Werner, C. Jacobs, A. Kaiser, and S. Ulrich

(Fraunhofer Inst, for Surface Engineering and Thin

Films 1ST, Germany)

12-2 Structure of Deposition Chamber using Belt

Source Evaporation Techniques in AMOLED

Manufacturing 186

Chang Hun Hwang(OLEDON Co., Ltd., Korea)

12-3 Hyper Neutral Beam System for Damage Free

Deposition of Indium-Tin Oxide Thin Films at

Room Temperature 190

Suk Jae Yoo, Daechul Kim, Jong Sik Kim, Kyoung

Suk Oh, Bongju Lee(NFRC, Korea), Soung Woong

Choi, Young Chun Park(Handong Global Univ.,

Korea), Jin-Nyoung Jang, and MunPyo Hong(Korea

Univ., Korea)

12-4 [Invited] From Printing Graphics to Printing

Electronics, The Digital Revolution in Display

Manufacturing 193

Eran Elizur(Kodak Graphic Communications

Canada Company, Canada)

13. LC Materials and Flexible Displays

13-1 [Invited] Synthesis and Mesomorphic Properties

of Banana-Shaped Mesogens with All-Ester

Linking Group 197

E-Joon Choi, Xin Cui(Kumoh Nat'l Inst, of Tech.,

Korea), Wang-Choel Zin, Chang-Woo

Ohk(POSTECH, Korea), Tong-Kun Lim, JrHoon

Lee(Korea Univ., Korea), Young-Chul Kim, and

Sang-ITyon Paek(Kyung Hee Univ., Korea)

13-2 Advanced LC Mixture Concept of Improved

Response Time 200

Markus Czanta, Kazuaki Tarumi(Merck KGaA,

Germany), Seung-Eun Lee, Sang-Kyu Lee, and

Min-Ok Jin(Merck Advanced Technologies Ltd.,

Korea)

Production of Flexible Devices 203

John L. West(Kent State Univ., USA), Asad Khan

(Kent Displays, USA)

13-4 Optically Compensated Bend Cell with

Pixel-isolating PolymerWall for a Flexible

Display Application 207

Seong Ryong Lee, Joong Ha Lee, Hong Jeek Jang,

Jin Seok Jo, Tae-Hoon Yoon, and Jae Chang Kim

(Pusan Nat'l Univ., Korea)

14. Protecting Layer

14-1 [Invited] Analysis of Materials for Protective

Layers in AC PDPs 213

Y. T. Matulevich, Min-Suk Lee, Suk-Ki Kim,

Jong-Seo Choi, Dong-Sik Zang(Samsung SDI Co.

Ltd., Korea), and Marco Kirm(Univ. of Tartu,

Estonia)

14-2 [Invited] Effects of Aging Treatment of

doped-MgO Layer on Discharge Characteristics

ofac-PDP 216

Kyung-Hyun Park, Min-Soo Ko, Sang-Hoon Yoon,

and Yong-Seog Kim(Hongik Univ., Korea)

14-3 Optimization of MgO Secondary Electron

Emission in Plasma Displays, by the Adoption of

a Suitable Getter Configuration - Part I: MgO

degradation studies 220

Mauro Riva, Antonio Bonucci, Corrado

Carretti(SAES Getters S.p.A., Italy), Yonggyu Han,

and Eun-Ha ChoifKwangwoon Univ., Korea)

14-4 Reconstruction Characteristics of MgO(111)

Textured Protective Layer by Over-Frequency

Accelerated Discharge in AC Plasma Display

Pannel 224

Sang-Koo Kwon, Jeong-Ho Kim, Seung-Kyu

Moon(LG Electronics Inst, ofTech., Korea),

Hyun-Ha Kim(LG Electronics Inc., Korea), Kyu-Ho

Park, and Sung-Tae Kim(LG Electronics Inc.,

Korea)

15. White AMOLED

13-3 [Invited] FLEXMatters: A Consortium for 15-1 [Invited] Advances in White OLED Tandem

VI

Table of Contents

Architecture for Next Generation AMOLED

Displays 231

T. K. Hatwar, J. P. Spindler, J. R. Vargas, M. Helber,

K. Klubek, W. Begley, M. Itoh, J. Hamer, and S. A.

Van Slyke(Eastman kodak Company, USA)

16-4 Polysilicon Thin Film Transistors on Spin-coated

Polyimide Layer for Flexible Electronics— 261

A. Pecora, L. Maiolo, M. Cuscuna, D. Simeone, A.

Minotti, L. Mariucci, and G. Fortiinato([FN-CNR,

Italy)

15-2 [Invited] Recent Advances In Small Molecule

OLED Microdisplays 235

Amalkumar P. Ghosh(eMagin Corp.k USA)

15-3 [Invited] Highly Efficient, Long Living White

PIN-OLEDs forAM Displays 239

Sven Murano, Martin Vehse, Gufeng He, Jan

Birnstock, and Michael Hofmann(Novaled AG,

Germany)

15-4 [Late News] Optical Structure of White OLED for

100% Color Gamut 245

Baek-woon Lee, Yougnln Hwang, Sungtae

Shin(Samsung Electronics Co. Ltd., Korea), and

Young-gu Ju(Kyungpook Nat'l Univ., Korea)

16. Si based TFT for Flexible Display

17. Materials for Flexible Display & BLU

17-1 [Invited] OTFT Materials Containing Fused

Aromatics 267

Jongwon Park, QingHua Zhao, Moon-Hak Park,

Taehoon Kim, and Soon Ki Kwon(Gyeongsang Nat'l

Univ., Korea)

17-2 [Invited] Simultaneous Measurements of

Drain-to-Source Current and Carrier Injection

Properties of Organic Thin-Film Transistors -- 271

Yutaka Majima(Tokyo Inst, ofTech., Japan)

17-3 Using Natural Graphite Heat Spreaders to

Increase CCFL LCD Operating Temperatures - 273

Julian Norley, Gary D. Shives, Brad Reis, and John

Schober(GratTech Intl. Ltd., USA)

16-1 [Invited] Direct Fabrication of a-Si:H TFT Arrayson Flexible Substrates: Principal Manufacturing

Challenges and Solutions 251

Shawn M. O'Rourke, Douglas E. Loy, Curt Moyer,Scott K. Ageno, Barry P. O'Brien, Dirk Bottesch,

Michael Marrs, Jeff Dailey, Edward J. Bawolek,

Jovan Trujillo, Jann Kaminski, David R. Allee,

Sameer M. Venugopal, Rita Cordova, Nick Colaneri

and Gregory B. Raupp(Arizona State Univ., USA)

16-2 [Invited] Large Size Plastic Display for Outdoor

Application 255

Nam-Seok Roh, Tae Hyung Hwang, Woojae Lee,

Wang Su Hong, Sung Jin Kim, Sang II Kim, and

Peter Shin(Samsung Electronics Co., Ltd., Korea)

17-4 Field Emission-Back Light Unit Fabricated using

Carbon Nanotube Emitter 277

H. S. Kim, J. W. Lee, S. K. Lee, C. S. Lee, K. W.

Jung, J. H. Lim, J. W. Moon, M. I. Hwang, I. H,

Kim, Y. H. Kim, B. G. Lee, Y. C. Choi, H. R. Seon,

S. J. Lee, and J. H. Park(Samsung SDI Co. Ltd.,

Korea)

18. Display Measuring & Analysis System

18-1 Advanced Array Test Sensor 283

Jong-Ho Lee, Tom Pye, and Pat Maxton(Photon

Dynamics, USA)

16-3 A Substrate Bias Effect on the Stability of

a-Si: H TFT Fabricated on a Flexible Metal

Substrate 257

Chang-Wook Han, Woo-Jin Nam, Chang-Dong Kim,

Ki-Yong Kim, In Byeong Kang, In-Jae

Chung(LG.Philips LCD Co., Ltd., Korea), and

Min-Koo Han(Seoul Nat'l Univ., Korea)

18-2 In-line Automatic Defect Inspection and RepairMethod for TFT-LCD Production 286

Hideyuki Honoki, T. Arai, T. Edamura, K.

Yoshimura, and N. Nakasu(Hitachi Ltd., Japan)

18-3 Twisted Nematic LC Modulator for TFT Array

Inspection 290

B. S. Bae(Hoseo Univ., Korea), D. H. Park, H. K. Lee,

vii

Table of Contents

S. E. Lee(MerckAdvanced Technologies Ltd., Korea),

S. H. Kim, D. H. Jeong(LG Electronics Inc., Korea),

and B. G. Rho(Sesim Photonics Tech., Korea)

18-4 Improve the Gamma Variation by Monitoring the

Angle of the Polarizer Absorption Axis 293

Chun-Wei Wu, Chiu-Jung Huang, Cheng-Chung Hu,

and Yao-Li Cheng(Chunghwa Picture Tubes,

Taiwan)

19. LC Technologies

19-1 [Invited] Surface modification method for

controlling liquid crystal alignment 299

Hak-Rin Kim(Kyungpook Nat'l Univ., Korea),

June-Yong Song, Kwang-Soo Bae, and Jae-Hoon

Kim(Hanyang Univ., Korea)

19-2 [Invited] Carbon-Nanotube Doping in Liquid

Crystals of Display Interest 303

Wei Lee and Hui-Yu Chen(Chung Yuan Christian

Univ., Taiwan)

19-3 [Invited] Lyotropic Chromonic Liquid Crystals:Effects ofAdditives and Optical Applications — 307

H. S. Park, L. Tortora, R. M. Vasyuta, A. B.

Golovin, E. Augustin, D. Finotello, and 0. D.

Lavrentovich(Kent State Univ., USA.)

Vacuum Sealing Method 320

Choon-Sang Park, Heung-Sik Tae(Kyungpook Nat'l

Univ., Korea), Young-Kuk Kwon, Eun Gi Heo, and

Byung-Hak Lee(Samsung SDI Co. Ltd., Korea)

21. OLED Process

21-1 [Invited] Scaleable, Cost Effective Display

Manufacturing Technology Based on

White OLED 327

James R. Buntaine(Eastman Kodak Company, USA)

and G. Rajeswaran(Eastman Kodak Company &

Kodak Japan Ltd., Japan)

21-2 High Control Alkali & Alkaline-earth Metal

Sources for OLED Devices 332

Antonio Bonucci, Johnny Mio Bertolo, Mauro Riva,

Corrado Carretti, Stefano Tominetti(SAES Getters

S.p.A., Italy), Sung Hyun Kim(Seoul Nat'l Univ.,

Korea), and Jim Yeob Lee(Dankook Univ., Korea)

21-3 Enhanced Control of OLED Deposition Processes

byOVPD® 336

M. Schwambera, N. Meyer, D. Keiper, M. Heuken

(AIXTRON AG, Germany), S. Hattmann,

W. KowalskyfTU Braunschweig, Germany),

A. Farahzadi, P. Niyamakom, M. Beigmohamadi, and

M. Wuttig(RWTH Aachen Univ. of Technology,

Germany)

20. PDP Materials and ManufacturingProcess

20-1 [Invited] Recent Advances with the 3M PDP High

Resolution Rib Replication Process 313

P. McGuire(3M Company, USA), J. C. Cha, H.

Kikuchi, and A. Yoda(Sumitomo 3M Ltd., Japan)

20-2 High Precision Molding Process for

Barrier Ribs of PDP by using a Soft Mold and

a Green Sheet 316

Seung-Min Ryu(KAIST, Korea), Lee Soon Park

(Kyungpook Nat'l Univ., Korea), and Dong-Yol

Yang(KAIST, Korea)

20-3 I CCD Observation on Discharge Characteristics

of 42-in. AC Plasma Display Panel Fabricated by

21-4

22-1

22-2

Recent Advances in Performance of Solution

Processed Small Molecule OLEDs at DuPont

Displays 340

Daniel D. LeCloux(Dupont Displays, USA)

22. E paper/Flexible LCD

347

[Invited] Advances in Microencapsulated

Electrophoretic Displays

Michael McCreary(E Ink Corp., USA)

[Invited] Active-matrix Flexible Display on

Plastic Substrate Fabricated by Glass Line — 348

Cheng-Chung Lee, Yung-Hui Yeh, and Tzong-MingLee(ITRI, Taiwan)

viii

Table of Contents

22-3 New Structure of Rigid Spacers for Tight

Bonding of Two Plastic Substrates in

Plastic LCD 352

Hong Choi, Se-Jin Jang, Ji-Hong Bae, Yoon-Seuk

Choi(Hanyang Univ., Korea), Sang-il Kirn, Sung-Sik

Shin(Samung Electronics Co. Ltd., Korea), and

Jae-Hoon Kim(Hanyang Univ., Korea)

Lee(KIMM, Korea), Soo-Yong Nam(Pukyung Nat'l

Univ., Korea), Yong-Sung Kim(KIMM, Korea),

Dae-Yup Na(Pukyung Nat'l Univ., Korea),

Choon-Woo You(ZeusCo. Ltd., Korea), Dong-Youn

Shin, Kwangyoung Kim(KIMM,, Korea), Kwang-11

Jung(Zeus Co. Ltd., Korea)

22-4 Writable Cholesteric Liquid Crystal Display and

the Algorithm Used to Detect its Image 356

Da-Wei Lee, Jyh-Wen Shiu, Yi-An Sha, and YirPei

Chang(ITRI, Taiwan)

23. BLU Components & System Technology

23-1 [Invited] Intelligent Backlighting System for

LCD TV 363

Jorge P. Sanchez(CEYX® Technologies, USA) and

Sungkyoo Lim(Dankook Univ., Korea)

23-2 [Invited] Influence of Glass Tube Dielectrics on

the New Generation of External Electrode

Fluorescent Lamps 367

Guangsup Cho(Kwangwoon Univ., Korea)

23-3 High Brightness LED BLU for Large Size LCD TV

Choi Yong-Seok, Yu Soon Jae, Kim Donsoo, Chung

Cheon Kee, Lee Jeong Hyeon (ITSWELL Co., Ltd.,

Korea)

25. LCD Mode

25-1 [Invited] Advanced-MVAlA-MVA] Mode for High

Quality LC Displays 387

Yi-Pai Huang(Nat'l Chiao Tung Univ., Taiwan),

Wei-Kai Huang, Cheng-Han Tsao, Jeng-Jia Su,

Hong-Lung Hou, Pei-Chun Liao, Chung-Yi Chiu,

and Chia-Yu Lee(AU Optronics Technology Center,

Taiwan)

25-2 Viewing Angle Switching of Tristate Liquid

Crystal Display 391

Chao Ping Chen(Pusan Nat'l Univ., Korea), Chul

Gyu Jhun(Hoseo Univ., Korea), Tae-Hoon Yoon,

and Jae Chang Kim(Pusan Nat'l Univ., Korea)

25-3 Pixel Design for Improving Transmittance in

OCB LCD 395

K. C. Lee, Y. A. Sha, P. J. Su, C. H. Hsieh, K. H.

Chang, C. C. Hsiao, S. Y. Fuh, W. Y. Cheng, Y. C.

Liao, J. C. Yang, K. L. Lo, D. W. Lee, Y. P. Chang,and J. W. Shiu(ITRI, Taiwan)

24. Film & Patterning Process Technology

24-1 [Invited] Through Flow Technology-Enabling

Highly Reliable Inkjet Manufacturing of Flat

Panel Displays 373

JohnAttard(XaarPlc,UK)

24-2 Theoretical Investigation of Jetting and Wetting

Phenomena for the Fabrication of TFT LCD Color

Filters 376

Dong-Youn Shin(KIMM, Korea) and Kenneth A.

Brakke(Susquehanna Univ., USA)

24-3 Color Filter Pattern Generation by Screen

Printing 380

Yong-Jung Choi(Zeus Co. Ltd., Korea), Taik-Min

25-4 Viewing Angle Switching of

a Liquid Crystal Panel by using 3-terminal

Electrode Structure 399

Yong-Hoan Kwon, Jong-In Baek, Jae Chang Kim,

and Tae-Hoon Yoon(Pusan Nat'l Univ., Korea)

25-5 NewS-PVA Technology for Advanced LCD

Performance 403

Yoon Sung Um, Seung Beom Park, Hoon Kim, Hye

Ran You, Jae jin Lyu, Kyeong-Hyeon Kim and Sang

Soo Kim(Samsung Electronics Co., Ltd., Korea)

26. Display Electronics I

26-1 [Invited] Technology Trend and Requirement of

Mobile Displays using Low-Temperature

ix

Table of Contents

409Poly-Si(LTPS) Technologies

Oh-Kyong Kwon(Hanyang Univ., Korea)

26-2 Motion Blur Reduction based on Motion

Compensation 413

Jae-Hyeung Park, YutrJae Kim, Minkyu Park,

Tadashi Amino, Jaeho Oil, Nam Deog Kim, and SangSoo Kim(Samsung Electronics Co. Ltd., Korea)

26-3 Design of Line Memory with Low-temperature

PoLy-silicon(LTPS) Thin-film Transistor(TFT) for

System-on-GlasslSoG) 417

Jinyong Choi, Kyungyoul Min, and Changsik

Yoo(Hanyang Univ., Korea)

26-4 PHUNDlPortable Head Up Navigation Display)for a MotorVehicle 421

Sung Chul Shin, Sang Hoon Hahn, Yongseok Chi,

Tae-Jeong Ahn, Hoyoung Choi, Tae Soo Park, and

Sung Tae Kim(LG Electronics Inc., Korea)

27. OLED Materials

27-1 [Invited] Full-Color Phosphorescent OLEDs:

Maximizing Performance Today for Small-Area

Portable Products and Tomorrow for TVs—- 427

Julie J. Brown, Vadim. I. Adamovich, Bin Ma, Brian

DAndrade, Raymond C. Kwong, and Michael S.

Weaver(Universal Display Corp., USA)

27-2 [Invited] Development of P-OLED Materials for

Displays and Lighting 431

Scott Brown(Sumation Co. Ltd., UK), Michael Cass,

Natasha Conway, Ilaria Grizzi, Mary McKiernan,Matthew Roberts(CDT Ltd., UK), Yoshiaki Tsubata,

Chizu Sekine, Takeshi Yamada(Sumitomo Chemical

Co. Ltd., Japan), and Richard Wilson(CDT Ltd.,

UK)

27-3 Hole Transfer Layer P-doped with a Metal Oxide

for Low Voltage Operation of OLEDs 435

Won-Ju Shin, Je-Yun Lee, Jae-Chang Kim,

Tae-Hoon Yoon(Pusan Nat'l Univ., Korea),

Tae-Shick Kim, and Ok-Keun Song(Samsung SDI

Co. Ltd., Korea)

27-4 Synthesis and Characterization of Novel Blue

Materials based on Anthracene Derivatives for

High Efficient OLED 439

Qing Hua Zhao, Sung-Ouk Jung, Dong-Min Kang,

Yun-Hi Kim, and SooirKi Kwon(Gyeongsang Nat'l

Univ., Korea)

28. Flexible Substrate and Passivation

28-1 [Invited] Flexible Ultra-high Gas Barrier

Substrate for Organic Electronics 445

Min Yan, Ahmet Gun Erlat, Ri-an Zhao, Brian

Scherer, Cheryl Jones, David J. Smith, Paul A.

McConnelee, Thomas Feist, and Anil

Duggal(General Electric Global Research Center,

USA)

28-2 [Invited] Commercializing Flexible Substrates

for Displays and Lighting - Challenges and

Opportunities 447

Mark Audi, Senthil Ramadas, and Chua Soo Jin

(Inst, of Materials Research and Engineering,

Singapore)

28-3 The Impact of Thermal Stress, Mechanical

Stress and Environment on Dimensional

Reproducibility of Polyester Film during Flexible

Electronics Processing 448

William A. MacDonald, Robert Eveson, Duncan

MacKerron, Raymond Adam, Keith Rollins, Robert

Rustin, M. Kieran Looney, John Stewart, and

Katsuyuki Hashimoto(DuPont Teijin Films, UK)

28-4 Silicon Carbide Barrier Technology to Enable

Flexible OLED Displays —- 452

Sang-Jin Kim, Ludmil Zambov, Ken Weidner,

Vasgen Shamamian, and Glenn Cerny(Dow Coming

Corp., USA)

29. New Materials and Processing

Technology for FPD

29-1 [Invited] Joule-Heating Induced Crystallization

(JIC) of Amorphous Silicon Films 459

Won-Eui Hong(Hongik Univ., Korea), Joo-Yeol

Lee(EnSilTech Corp., Korea), Bo-Kyung Kim, and

Jae-Sang Ro(Hongik Univ., Korea)

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Table of Contents

29-2 Ink-Jet Printing Technology for Color Filter -- 463

Zih-Jie Jian, Wei-Jen Liou, Hong-Ming Lin(TatungUniv., Taiwan), Yu-Cheng Lo, Pei-Yu Liu,

Jiun-Ming Wang, and Huai-An Li(Chunghwa

Picture Tubes, Ltd., Taiwan)

29-3 Ultrafine ITO Nanoparticle for

InkJet Printing 467

Sung-Jei Hong, Yong-Hoon Kim, and Jeong-In

Han(KETI, Korea)

29-4 High Extraction Efficiency of Photonic Crystal

Microcavity GaN based Light Emitting Diode - 471

Minsu Clio, Kiwon Moon, Haewook Han(Pohang

Univ. of Science and Technology, Korea), Jisu Yoon,

ByoungKoan Jeong, Jong Keun Shin, and Injae

Chung(LG. Phillips LCD Co., Ltd., Korea)

30. Driving Methods & System

30-1 [Invited] Field Emission Display with Design

Elements for Control of Uniformity, Color Purity,Luminance, and Invisible Spacers 475

Emmett M. Howard, Bernard F. Coll, Ken A. Dean,

Michael R. Johnson, Scott V. Johnson, James E.

Jaskie, and Hao Li(Motorola Inc., USA)

30-2 A Study on Phosphor Activation and Persistence

for High Performance Driving 20" Carbon

Nanotube Backlight Units 479

Chiao-Nan Huang, Chao-Chiun Liang(ITRl,

Taiwan), Shang-Ying Chung, Ching-Ming Lai(Nat'l

Tsing Hua Univ. China), Biing-Nan Lin, Yau-Chen

Jiang, Cheng-Chung Lee(ITRI, Taiwan), and

Ching-Tsai Pan(Nat'l Tsing Hua Univ., China)

30-3 [Invited] Fabrication and Driving of

Active-Matrix Field Emission Display 483

YooirHo Song, Jin-Woo Jeong, Dae-Jun Kim, Juntae

Kang, and Kyoung-Ik Cho(ETRI, Korea)

30-4 Effect of Liquid Surface Treatments on Field

Emission Properties of Carbon Nanotube

Cathodes 486

Ji-Eon Lee, Young-Je An, Heon-Cheol Shin,

Won-Sub Chung, and Young-Rae Cho(Pusan Nat'l

Univ., Korea)

Poster Session I

P1-1 Thermal Reaction of Cinnamate Oligomers and

their Effect on the Orientational Stability of

Liquid Crystals 493

Hyundae Hah, Shi-Joon Sung, and Jung-Ki

Park(KAlST, Korea)

P1-2 Homeotropic Liquid Crystal Cell without Vertical

Alignment Layers 496

Shie-Chang Jeng, Hsing-Lung Wang, Chia-Wei Kuo,

Yan-Rung Lin, and Chi-Chang Liao(ITRI, Taiwan)

P1-3 Vertical Alignment Nematic Liquid Crystal

Display with Patterned Electrode using Positive

Liquid Crystal Materials 499

Hun Ki Shin, Tae-Hoon Yoon, and Jae Chang

Kim(Pusan Nat'l Univ., Korea)

P1-4 An Improved Electrode Structure of the

Patterned Vertical Alignment Liquid Crystal Cell

for High Optical Property 502

Yong-Hyun Choi, Jung-Hee Son, Jin-Seok Yang,

Seung-Hoon Ji, and Gi-Dong Lee(Dong-A Univ.,

Korea)

P1-5 Liquid Crystal Alignment on the Inkjet Printed

Polyimide by using New Alignment Method — 506

J. Y. Hwang, H. Wonderly, and L. C. Chien(Kent

State Univ., USA)

P1-6 Implementation of Q-Tensor Model into 3-D

Finite Element Method(FEM) Numerical Solver

509

Woo-Jung Shin(Inha Univ., Korea), Hyung-Jin

Yoon(Sanayi System Co., Ltd., Korea), and

Taeyoung Won(Inha Univ., Korea)

P1-7 The Optimization of New Alignment Films in the

TNLC for Low Image-sticking 513

Jong Hyun Lee(Samsung Electronics Co.,Ltd.,

Korea), Junsin Yi(Sungkyunkwan Univ., Korea),

Hwan Kyung Jung, Seung Guk Lee, Hyohak Nam,

Yoojoung Nam, and Sungwoo Choi(Samsung

Electronics Co., Ltd., Korea)

P1-8 Comparative Study on Tensor and Vector

Approaches for 3D-FEM Numerical Simulator

517

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Table of Contents

Sang Young Cho, Seung Soo Yang(Inha Univ.,

Korea), Hyoung Jin Yoon(Sanayi System Co., Ltd.

Korea), and Tae Young Won(Inha Univ., Korea)

P1-9 Investigation on the Flicker for the Optimal

Design of LCD Panel 520

Jung-Bok Lee and Taeyoung Won(Inha Univ.,

Korea)

P1-10 The Injection of PDLC Solution Mixture in a

Reduced Pressure — 524

Kang-Pil Kim, Kee-Jeong Yang, Dae-Hwan. Kim,

and Byeong-Dae Choi(DGIST, Korea)

SwitchinglFFS) Liquid Crystal Display by

Optimizing Pixel Structure 545

Eun Jeong, Mi Hyung Chin, Youn Sik Kim, Young

Jin Lim, Myong-Hoon Lee, and Seung Hee

Lee(Chonbuk Nat'l Univ., Korea)

P1-17 Optimized Electrode Design to Improve

Transmittance in the Patterned Vertical

Alignment Liquid Crystal Display 549

Seong Jin Hwang, Youn Sik Kim, Seung Hee

Lee(Chonbuk Nat'l Univ., Korea), Jae-Jin Lyu, and

Kyeong-Hyeon Kim(Samsung Electronics Co., Ltd.,

Korea)

P1-11 Film Compensation based on Discotic Film in

Fringe Field Switching Mode 527

Seong Han Hwang, Byoung Sun Jung, Seong Su

Kim, Seung Hee Lee(Chonbuk Nat'l Univ., Korea),

and Gi-Dong Lee(Dong-A Univ., Korea)

P1-12 Accurate Measurement of Twist Angle for

Analysis of Azimuthal Anchoring Energy and

Rubbing Direction of LC Panels of

IPS Mode 531

S. H. Baek, B. G. Rho(Sesim Photonics Tech. Co.,

Ltd., Korea), J. M. Oh, W. S. Dong(Jeil Textile Co.,

Ltd., Korea), B. K. Yang, and J. S. Kim(Chonbuk

Nat'l Univ., Korea)

P1-13 Advanced Nanoimprinting Material for Liquid

Crystal Alignment 534

Jin Seog Gwag, Masahito Oh-e, Makoto Yoneya,

Hiroshi Yokoyama(Japan Science and Technology

Agency, Japan), H. Satou, and S. Itami(ChissoPetrochemical Corp., Japan)

P1-14 Lateral Field Effects on the Horizontal Switchingof the Bistable Chiral Splay Nematic Device - 538

Chul Gyu Jhun, Yi-Jun Kim, Kwan-Sik Min, Sugn

Sik Shin(Hoseo Univ., Korea), Jae Chang

Kim(Pusan Nat'l Univ., Korea), and Soon-Bum

Kwon(Hoseo Univ. Korea)

P1-15 Synthesis and Properties of Liquid Crystalline

Y-shaped Molecules Containing

1,3,4-Oxadiazole 542

Eun-Kyoung Kwon and E-Joon Choi(Kumoh Nat'l

Inst, ofTechnology, Korea)

P1-16 Viewing Angle Switching of Fringe-Field

P1-18 Synthesis and Characterization of New

Azomethine Polymers Containing Bent-Core

Mesogen with Sharp Bend Angle 553

Eun Choi Kim, E-Joon Choi(Kumoh Nat'l Inst, of

Technology, Korea), Chang-Woo Ok, and

Wang-Choel Zin(Pohang Univ. of Science and

Technology, Korea)

P1-19 Electro-optic Characteristics of Carbon

Nanotube-doped Liquid Crystal Cell Driven

by In-plane Switching and

Fringe-field Switching 556

Seung Hwan Shin, Seok Jin Jeong, Eun Mi Jo, Seung

Hee Lee(Chonbuk Nat'l Univ., Korea), Hoon Kang,

Kyeong-Jin Kim, In-Su Baik(LG.Philips LCD Co.,

Ltd., Korea), Seok Ho Jeong, Young Hee Lee

(Sungkyunkwan Univ., Korea), Hee Kyu Lee, and

Seung Eun Lee(Merck Advanced Technologies, Ltd.,

Korea)

P1-20 Light Efficiency of Fringe-field Switching

Nematic Liquid Crystal Cell Depending on

Dielectric Anisotropy Value of

a Liquid Crystal 560

Je Woo Ryu, Ji Youn Lee, Ji Woong Park, Seung

Hee Lee(Chonbuk Nat'l Univ., Korea), and Gi-Dong

Lee(Dong-A Univ., Korea)

P1-21 Positive Type Photoresist for Patterning of

Interdielectric Layer of TFT Array 564

Hyo-Jung Lee, Hyo-Jin Kim, Soon Hak Kim, Lee

Soon Park, Yun Su Lee, Gab Deuk

Song(Kyungpook Nat'l Univ., Korea)

P1-22 Experimental and Numerical Study on

Anisotropic Phase Separation of

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Table of Contents

Liquid Crystal and Polymer Composites as Cell

Gap Variation 567

Min Young Jin(Image Lab Corp., Korea), Ji-Hong

Bae, and Jae-Hoon Kim(Hanyang Univ. Korea)

P1-23 The Study of the Charge Transport on the

Surface Layer of the Patterned Vertical

AlignmentlPVA) Mode 571

Nakcho Choi(Samsung Electronics Co., Ltd, Korea),

Jaeyong You, Jiyoung Jung, Kungwon Rhie(Korea

Univ., Korea), and Sungtae Shin(Samsung

Electronics Co., Ltd., Korea)

P1-24 Spatiotemporal Behavior of Excited Xe Atoms

Density in Counter Discharged Type AC-PDP -- 574

Young June Hong, Phil Yong Oh, Se hoon Jeong,

Jong Hwa Hong, Jung Hyun Kim, Yong Gyu Hau,

Seok Ho Cho, Sung Hee Hong, Byoung Hee Hong,

and Eun Ha Choi(Kwangwoon Univ.,Korea)

P1-25 Characteristics of Microplasma Modes in a

Plasma Display with an Auxiliary Electrode - 578

Seung Hun Kim, Jeong Hun Mun, and Kyung Cheol

Choi(KAIST, Korea)

P1-26 Studies about Visible Light Distributionin PDP

Cells with 3-dimesional Optical Code 582

Chulwhan Eom and Jungwon KangfDankook Univ.,

Korea)

P1-27 Effect of Self-Erase Discharge on the Luminous

Efficacy of Long Gap AC PDPs 585

Tae Jun Kim, Jae Chul Jung, Hae-Yoon Jung, and

Ki-Woong Whang(Seoul Nat'l Univ., Korea)

P1-28 IBS Electrode Structure for Enhanced

Performance in ac PDP 589

Seung Hee Yang, Jae Seung Moon, Kwang Nyun

Kim, and Cheol Hee Moon(Hoseo Univ., Korea)

P1-29 Bendable ac-PDP using Fence-Structured

Electrodes on Polyethylene Terephthalate

Substrate 593

Won-Yeol Choi, Cho Rong Hong, and Yong-Seog

Kim(Hongik Univ., Korea)

P1-30 Observation and Analysis of Address and Sustain

Discharges and Related Wall Voltage

Characteristics in AC-PDP 597

Hyung Dal Park, Heung-Sik Tae(Kyungpook Nat'l

Univ., Korea), Min Hur, Soo-Ho Park, Minson Yoo,

and Eun Gi Heo(Samsung SDI Co., Ltd., Korea)

P1-31 Wall Voltage Transfer Characteristics according

to Address Bias Voltage 601

Y. M. Lee and D.C. Jeong(Hoseo Univ., Korea)

P1-32 Effect of Auxiliary Address Pulse on Face-to-face

Sustain Electrode Structure in AC-PDP 605

Bo-Sung Kim and Heung-Sik Tae(Kyungpook Nat'l

Univ., Korea)

P1-33 Load Current Prediction Method for a DC-DC

Converter in Plasma Display Panel 609

S. Y. Chae, B. C. Hyun, W. S. Kim, and B. H. Cho

(Seoul Nat'l Univ., Korea)

P1-34 Relationship between Image Retention and Time

Lag in an AC PDP 613

Yun Seon Do, Cheol Jang, and Kyung Cheol

Choi(KAIST, Korea)

P1-35 Experimental Observation of Temporal Dark

Image Sticking in AC PDP with Face-to-Face

Sustain Electrode Structure 617

Jae Hyun Kim, Choon-Sang Park, Bo-Sung Kim,

Ki-Hyung Park, and Heung-Sik Tae(KyungpookNat'l Univ., Korea)

P1-36 Synthesis and Electroluminescent Properties of

Fluoranthene Derivatives 621

Soo-Kang Kim and Jong-Wook Park(The Catholic

Univ. ofKorea, Korea)

P1-37 High Efficiency and Long Lifetime for Organic

Light-Emitting Diode using New Electron

Transport Materials 625

Tsuyoshi Tanaka, Masaru SatofTosoh Co.,

Ltd.,Korea), Hidenori Aihara, Naoko Yanai, and

Tetsu Yamakawa(Sagami Chemical Research

Center, Japan)

P1-38 New Green Fluorescent Materials for OLEDs - 628

Chil-Won Lee, Eun-Jung Lee, Joon-Woo Kim,

Jong-Hyeok Yun(Daejoo Electronic Materials Co.

Ltd., Korea), Jun-Yeob Lee, and Myoung-Seon

Gong(Dankook Univ., Korea)

P1-39 Effects of ITO Surface Modification using

Self-assembly Molecules on the Characteristics

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Table of Contents

of OLEDs 632

Se Young Oh and Dong Hwi Kim(Sogang Univ.,

Korea)

P1-4Q Novel Bipolar Host Materials for

Phosphorescent OLEDs 636

Eim-Sun Yu, NanrSoo Kim, Young-Hoon Kim,

Mi-Young Chae, and Tu-Won Chang(Cheil

Industries Inc., Korea)

P1-41 The Effect of Plasma Damage on Electrical

Properties ofAmorphous GalnZnO Film 640

Minkyu Kim, Jin-Seong Park, Jae Kyeong Jeong,

Jong Han Jeong, Tae Kyung Ahn, Huiwon Yang,

Hun Jung Lee, Hyun-Joong Chung, Yeon-Gon Mo,

and Hye Dong Kim(Samsung SDI Co., Ltd, Korea)

P1-42 Effect of Thermal Heat Treatment on the

Characteristics of Vertical Type Organic Thin

Film Transistor using Alq3 as Active Layer and

Its Application for OLET 644

Se Young Oh, Young Do Kim, and Sun Kak

Hwang(Sogang Univ., Korea)

P1-43 Study of White Polymer Electrophosphorescent

Light-emitting Diode with Heteroleptic

Ir-Complex 648

Jaywoo Lee and Eugene Kim(Hongik Univ., Korea)

P1-44 Synthesis and Electro-optic Properties of

Anthracene Derivatives for Blue Emitting OLED

Devices 651

Eun Jung Park, Eon Joo Lyu, Lee Soon Park, Soon

Hak Kim, Giseop Kwak, and Yun Su

Lee(Kyungpook Nat'l Univ., Korea)

P1-45 Characteristics of Directly Sputtered Al Cathode

Film using Twin Target Sputtering System for

OLEDs 655

Jong-Min Moon(Kumoh Nat'l Inst, ofTechnology,Korea), Sang-Hyeon Lee(Top Engineering, Korea),

and Han-Ki Kim(Kumoh Nat'l Inst, of Technology,

Korea)

P1-46 Passivation of Organic Light Emitting Diodes

with a-SiNxThin Films Grown by CatalyzerEnhanced Chemical Vapor Deposition 659

Jin-AJeong(KumohNat'l Inst, ofTechnology, Korea),

.lae-Wook Kang(Seoul Nat'l Univ., Korea), and

Han-Ki Kim(Kumoh Nat'l Inst, ofTechnology, Korea)

P1-47 Highly Efficient Red Phosphorescent OLEDs

Employing a Multifunctional

Oligofluorene Host 663

Ming-Han Tsai, Hai-Ching Su, Chung-Chih Wu,

Ken-Tsung Wong(Nat'l Taiwan Univ., Taiwan), and

Wen-Ren Li(Nat'l Central Univ., Taiwan)

P1-48 Highly Efficient Light-Emitting PPV Derivatives

Containing Polyhedral Oligomeric

SilsesquioxaneslPOSSs) 667

Jong-Min Kang(Kumoh Nat'l Inst, of Technology,Korea), Hoon-Je Cho(KAIST, Korea), Jae-Hoon

Eom(Kumoh Nat'l Inst, of Technology, Korea),

Jeong-Ik Lee(ETRI, Korea), Sang-Kyu Lee, Jonghee

Lee, Nam-Sung Cho, Hong-Ku Shim(KAIST,

Korea), and Do-Hoon Hwang(Kumoh Nat'l Inst, of

Technology, Korea)

P1-49 Characteristics of a Conducting Polymer Anode

for Flexible OLED using Screen

Printing Method 671

Jin Woo Huh, Young Min Kim, Young Wook Park,

Jin Hwan Choi(Korea Univ., Korea), Jong Woo

Lee(DPI Solutions, Inc., Korea), Jae Woong Yang,

Sung Hoo Ju, Kyeong Kap Paek(Daejin Univ.,

Korea), and Byeong Kwon Ju(Korea Univ., Korea)

P1-50 Efficiency Enhancement of Organic Light

Emitting Diodes by the Aluminum Oxynitride

Buffer Layer 675

Hyungjun Park, Kyungsoo Jang, Sungwook Jung,Sunghyun Hwang, Jeoungin Lee, Kwangsoo Lee,

Keunhee Park, Eunkyoung Nam, Donggeun Jung,

and Junsin Yi(Sungkyunkwan Univ., Korea)

P1-51 Low Voltage Organic Light-emitting Devices with

New Electron Transport Layer 679

Mi-Young Ha, So-Youn Kim, and Dae-Gyu

Moon(Soonchunhyang Univ., Korea)

P1-52 Transparent Organic Light-emitting Devices with

CsCl Passivation Layer 683

So-Youn Kim, Chan-jae Lee(Soonchunhyang Univ.,

Korea), Mi-Young Ha, Dae-gyu Moon(KETI,

Korea), and JeongTn Han(Soonchunhyang Univ.,

Korea)

P1-53 Emission Characteristics of Green OLED with

Hole Transport Material 687

Xinwei Gao, Jong Yek Park, Yong Gu Baek(ELM

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Table of Contents

Co. Ltd., Korea), Sung Hoo Ju, Jae Woong Yang,

Bong Sub Lee, Jung Taek Kim, and Kyeong Kap

Paek(Daejin Univ., Korea)

P1-54 Electrical Properties of the Molybdenum Oxide

Doped Hole Transport Layer 691

Jin-Young Yun, Changhee Lee, Won Jun Song, and

Yeun Joo Sung(Seoul Nat'l Univ., Korea)

P1-55 Highly Efficient Phosphorescent Polymer OLEDs

Fabricated by Screen Printing 694

D. H. Lee, J. S. Choi, and S. M. Cho(Sungkyunkwan

Univ., Korea)

P1-56 The Triple Layer Anode for Flexible Top

Emission Organic Light-emitting Devices— 698

Sung Mook Chung, Chi-sun Hwang, Jeong-Ik Lee,

Sang Hee Ko Park, Yong Suk Yang, Lee-Mi Do, and

Hye Yong Chu(ETRI, Korea)

P1-57 Synthesis and Characterization of HeterolepticIridium Complex with Phenylpyridine and

5'-methyl-diphenylquinoline 702

Seung-chan Lee and Young Sik Kim(Hongik Univ.,

Korea)

P1-58 Study on the Touch Screen Panel Based on the

Light over Electro Phoretic Display 706

Uk Chul Choi, Ho Young Jung, Cheol Woo Park,

and Sung Jin Hong(Sarasung Electronics Co. Ltd.,

Korea)

P1-59 Bending Effect of Flexible Liquid

Crystal Display 710

Yan-Rung Lin, Shie-Chang Jeng, Chia-Wei Kuo,

ChrChang Liao(ITRI, Taiwan), Cheng-Chung Chen,

and Joe-Tsong Shy(Nat'l Tsing Hua Univ., Taiwan)

P1-60 Flexible EL Display Printed on a Paper 713

Taik-Min Lee, Dong-Youn Shin, Yong-Sung Kim,

Chung Hwan Kim, Jeongdai Jo, Byung-Oh Choi,

and Dong-Soo Kim(KIMM, Korea)

P1-61 3.5 Inch QCIF AMOLED Panel with Ultra Low

Temperature Polycrystalline Silicon Thin Film

Transistor on Plastic Substrate 717

Yong-Hae Kim, Choong-Heui Chung, Jaehyun

Moon, Dong-Jin Park, Su-Jae Lee, Gi Heon Kim,

and Yoon-Ho Song(ETRI, Korea)

P1-62 Printable Low Work Function Cathode for OLED

Devices 721

Tiina Maaninen, Markus Tuomikoski, and Arto

Maaninen(VTT, Finland)

P1-63 Influence an Oxide Layer Thickness on

Resistivity of Cu Conductive Film and Ink-jet

Printing of Cu Nanoparticle Ink 724

Sunho Jeong, Kyoohee Woo, Dongjo Kim(Yonsei

Univ., Korea), Soonkwon Lim, Jang Sub

Kim(Samsung Electronics Co. Ltd., Korea), and

Jooho Moon(Yonsei Univ., Korea)

P1-64 Gate Dielectric based on Organic-inorganic

Hybrid Polymer in Organic Thin-film

Transistors 727

Seong Hui Lee, Sunho Jeong, and Jooho Moon

(Yonsei Univ., Korea)

P1-65 Investigation of Charge Injection in Organic Thin

Film Transistor using Ink-jet Printed Silver

Electrodes 730

Dongjo Kim, Sunho Jeong, Sul Lee, Daehwan Jang,

and Jooho Moon(Yonsei Univ., Korea)

P1-66 Substrate Bonding Technique using the

Agar-epoxy Composites for Flexible LCD 733

Ji-Hong Bae, Se-Jin Jang, Hong Choi(Hanyang

Univ., Korea), Sang-Il Kim(Samsimg Electronics

Co. Ltd., Korea), and Jae-Hoon Kim(Hanyang Univ.,

Korea)

P1-67 The Effects of Hydrophobic Buffer Layer Without

Losing Dielectric Property on Organic Transistors

737

June-Yong Song, Jae-Il Jung, Yoonseuk

Choi(Hanyang Univ., Korea), Hak-Rin Kim

(Kyungpook Nat'l Univ., Korea), and Jae-Hoon Kim

(Hanyang Univ., Korea)

P1-68 Double Hole Transport Layers Deposited by

Spin-coating and Thermal-evaporating for

Flexible Organic Light Emitting Diodes 741

Shin Liang Chen, Shun Hsi Wang, Fuh Shyang

Juang, and Yu Sheng TsaifNat'l Formosa Univ.,

Taiwan)

P1-69 The Thermal Annealing Effect on Electrical

Performances of a-Si: H TFT Fabricated on a

Metal Foil Substrate 745

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Table of Contents

Chang-Wook Han, Woo-Jin Nam, Chang-Dong Kim,

Ki-Yong Kim, In Byeong Kang, In-Jae

Chung(LG.Philips LCD Co. Ltd., Korea), and

Min-Koo Han(Seoul Nat'l Univ., Korea)

P1-70 Formation of Buffer Layer on Mica for

Application to Flexible Thin

Film Transistors 749

Joon SeokOh, Seung Ryiil Lee(KAIST, Korea), Jin Ho

Lee(ETRI, Korea), andByung TaeAhn(KAIST, Korea)

P1-71 The Analysis of the Characteristics According to

Polymer Concentration for Polymer Light

Emitting Diode Fabricated on

Flexible Substrates 752

Woo Jin Cho, Su Hwan Kim, Byoung Ho Kang, Do

Eok Kim, and Shin Won Kang(Kyungpook Nat'l

Univ., Korea)

P1-72 Organic TFT Fabricated on Ultra-thin Flexible

PLastic with a Rigid Glass Support 756

Young Rae Son, Seung Hoon Han, Sun Hee Lee, Ki

Jung Lee, Min Hee Choi, Dong Joon Choo, and Jin

Jang(Kyung Hee Univ., Korea)

P1-73 Effect of Fe Catalyst on Growth of Carbon

Nanotubes by Thermal CVD 760

Seung-il Yoon, Sung-Tack Heo, Sam-Soo Kim,

Yang-Kyu Lee, and Dong-Gu Lee(Kumoh Nat'l Inst,

ofTechnology, Korea)

P1-74 Electron Field Emission for a Cylindrical Emitter

of Single Carbon Nanotube 764

YouirJu Lee, Chang-Duk Kim, and Hyeong-Rag

Lee(Kyungpook Nat'l Univ., Korea)

P1-75 Synthesis of Carbon Nanotubes by using

Inductively Coupled Plasma Chemical Vapor

Deposition at Low Temperature 768

Young Rae Kim, Ingoo Jang, Hyun Jin Cho, HongJun Jeon(Sejong Univ., Korea), Jung Keun Cho,

Hosoo Hwang, Byung Yun Kong(System

Engineering Mega Solution, Korea), and Naesung

Lee(Sejong Univ., Korea)

P1-76 Improvement Field Emission Uniformity in

Carbon Nanotube Composite using Zinc

Nano-Fillers 772

Sungyun Jeon, Jae-Hong Park, Jong-Hak Lee,

Jun-Ho Shin, Sung-min Park, Alegaonkar Prashant,

and Ji-Beom Yoo(Sungkyunkwan Univ., Korea)

P1-77 Field Emission Properties of Expanded Graphite

Composite 775

P. S. Alegaonkar, J. H. Park, S. Y. Jeon, J. H. Shin,

A. S. Berdinsky, and J. B. Yoo(SungkyunkwanUniv., Korea)

P1-78 Dispersion of Carbon Nanotube in Polymer

Composite and Their Field

Emission Superiority 778

J. H. Park, S. Y. Jeon, P. S. Alegonkar, and J. B.

Yoo(Sungkyunkwan Univ., Korea)

P1-79 Effect of Current-Aging on Field Emission from

Carbon Nanotube Field Emitter Arrays 782

Ki Seo Kim, Je Hwang Ryu, Chang Seok Lee, S.

Manivannan, Jong Hyun Moon, Jung Sun Ahn, Jin

Jang, and Kyu Chang Park(Kyung Hee Univ.,

Korea)

P1-80 Field Emission Characteristics of Dot-patternedPhotosensitive CNT Paste 786

Jinhee Kim, Hansung Lee, Jihyeon Jeon, Jeung

Choon Goak, and Naesung Lee(Sejong Univ.,

Korea)

P1-81 Synthesis of Thin Multiwalled Carbon Nanotubes

for Field Emission by Optimizing Gas

Compositions in Thermal Chemical VaporDeposition 790

Hong Jun Jeon, Hyun Jin Cho, Young Rae Kim, and

Naesung Lee(Sejong Univ., Korea)

P1-82 Adaptive Contrast Ratio Enhancement Algorithm

for Mobile LCD 794

Seung-rok Shin, Hyun-ha Hwang(Hanyang Univ.,

Korea), Byung-sung Bae(Hoseo Univ., Korea), and

Sung-ho Kim(LG Innotek Co. Ltd., Korea)

P1-83 Design Considerations on Partition of SOP,

CMOS and PCB Technologies for Mobile DisplaySystem Implementation 798

Seung Yong Lee and Jae Hee You(Hongik Univ.,

Korea)

P1-84 Hardware Architecture of a Wavelet based

Multiple Line Addressing Driving System for

Passive Matrix Displays 802

San Lam and Herbert De Smet(Ghent Univ., Belgium)

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P1-85 High Speed Parallel Fault Detection Design for

SRAM on Display Panel 806

Kyu Ho Jeong and Jae Hee You(Hongik Univ.,

Korea)

P1-86 An Efficient Frame Rate Up-conversion Method

with Adaptive Motion Estimation and

Compensation for Mobile

Projection Displays 810

Jong Ok Lee, Seul Ki Jang, Qiao Song Chen, and

Choon-Woo Kim(Inha Univ., Korea)

P1-87 A Hybrid Hardware Architecture for LCD

Overdrive Frame Buffer Reduction 814

Jiyong Choi, Ansun Jeong, and Jungeun

Baek(Dawin Technology Inc., Korea)

P1-88 Novel Impulsive Driving Schemes for 120Hz LCD

Panels 818

Hyoungsik Nam, Jaeho Oh, Byung Hyuk Shin,

Kwan Young Oh, Brian H. Berkeley, Nam Deog

Kim, and Sang Soo Kim(Samsung Electronics Co.

Lid., Korea)

P1-89 Design of Integrated a Si:H Gate Driver Circuit

with Low Noise for Mobile TFT-LCD 822

Yong-hui Lee, Yong-ju Park, Jin-oh Kwag,

Hyimg-guel Kim(Samsung Electronics Co. Ltd.,

Korea), and Junsin Yi(Sungkyunkwan Univ., Korea)

P1-90 Response Time Compensation of LCD with

Integrated Thermal Sensor 825

Ki-Chan Lee, Yun-Jae Park, Ik-Hyun Aim,

Kyung-Uk Choi, and Seung-Hwan Moon(Samsung

Electronics Co. Ltd., Korea)

P1-91 A High-Speed and High-Accurate Common

Source Type Analog Buffer Circuit using LTPS

TFTs for TFT-LCDs 829

HyuirWook Kim, ChuirWon Byun, and OlrKyong

Kwon(Hanyang Univ., Korea)

P1-92 Low Power and Small Area Source Driver usingLow Temperature Poly-Si(LTPS) Thin Film

Transistors(TFTs) for Mobile Displays 833

Sueng-Kyun Hong, Chun-Won Byun, Joong-Sun

Yoon, and OlrKyong Kwon(Hanyang Univ., Korea)

P1-93 A Novel Digital Driving Method for AM-OLED - 837

Seung-Woo Lee, Jae Won Choi, Jin Jang(Kyung Hee

Univ., Korea), and Hoon-Ju Chung(Kumoh Nat'l

Inst, ofTechnology, Korea)

P1-94 The Research on Vertical Block Mura in

TFT-LCD 841

Chunping Long, Wei Wang, and Hongjiang

Wu(Beijing BOE Optoelectronics Technology Co.

Ltd., China)

P1-95 Study of Point Defects Caused by a Thin

Contamination Layer in a-Si TFT-LCD 845

Jae Young Oh, Jae Kyun Lee, Moung Su Yang, and

In Byeong Kang(LG. Philips LCD Co. Ltd., Korea)

P1-96 High Performance Thin Film Transistor with ZnO

Channel Layer Deposited by DC Magnetron

Sputtering 849

Yeon-Keon Moon, Dae-Yong Moon, Sang-Ho Lee,

Ki-Hoon Park(Hanyang Univ., Korea), Chang-Oh

Jeong(Samsung Electronics Co. Ltd., Korea), and

Jong-Wan Park(Hanyang Univ., Korea)

P1-97 New Cellulose-Based Photopolymer with High

Thermal and UV Stability 853

Han-Dong Cho(Hoseo Univ., Korea), Seo-Kyu

Park(NDIS Corp., Korea), Chul-Gyu Jhun,

Soon-Bum Kwon(Hoseo Univ., Korea), Yu. Kurioz,

Yu. Reznikov, and I. Gerus(Nat'l Academy of

Science, Ukraine)

P1-98 The Durability of LCD Glass Substrate in Dry

Etching 857

Tomoki Yanase, Shinkichi Miwa, and Hiroki

Yamazaki(Nippon Electric Glass Co. Ltd., Japan)

P1-99 Characterization of ZnO for Transparent Thin

Film Transistor by Injection Type Delivery

System of ALD 860

Woon-Seop Choi(Hoseo Univ., Korea)

P1-100 Interaction Between Transparent Dielectric and

Bus Electrode for Heating Profile in PDP -— 864

Sangwook Lee, Dongsun Kim, Mikyung Park,

Seongjin Hwang, and Hyungsun Kim(Inha Univ.,

Korea)

P1-101 Improvement of Photo-Alignment

Characteristics for Device Applications 867

Yong-Jae Hwang(Hongik Univ., Korea), Kil-Yeong

Choi, Mi-Hie Yi(KRICT, Korea), Sung-Hwan Hong,

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and Dong-Myung Shin(Hongik Univ., Korea)

P1-102 Low-Temperature Processable Polyimide Gate

Insulator and Hybridization Approach for HighPerformance Pentacene Thin Film Transistor- 871

Taek Aim, Jin Woo Kim, and Mi Hye Yi(KRICT,

Korea)

P1-103 Direct Writing of Semiconducting Oxide Layer

using Ink-Jet Printing 875

Sul Lee, Youngmin Jeong, and Jooho Moon(Yonsei

Univ., Korea)

P1-104 Optical and Dielectric Properties Dependent on

Glass Composition for Photolithographic

Process of Barrier Ribs in PDP 878

Juyeon Won, Jongwoo Kim, Seongjin Hwang,

NamsukKim, and Hyungsun Kim(Inha Univ., Korea)

P1-105 The Effect of Ink Adhesion on Color Filter Glass

Substrates by Different Plasma Treatment — 882

Ko-Shao Chen and Sheng-Hsiang Hsu(Tatung Univ.,

Taiwan), Yu-Cheng Lo, Pei-Yu Liu, Jiun-Ming

Wang, and Huai-An Li(Chunghwa Picture Tubes,

Ltd., Taiwan)

P1-106 Effect of Liquid Crystal Structures on

Polymerization-induced Phase Separation

Behavior by Simultaneous Resistivity and

Turbidity Measurement 886

Sucheol Park, Sangsub Lee, and Jin Who

Hong(Chosun Univ., Korea)

P1-107 Synthesis and Characterization of a Novel TTF

Derivative 890

Lei Wang, and Myong-Hoon Lee(Chonbuk Nat'l

Univ., Korea)

P1-108 New Liquid Crystal Photoalignment Materials

Based on Photosensitive Polyimides HavingLong Alkoxy Cinnamate Chains 893

Jingjing Wu, Seokjin Jeong, Seung Hee Lee, and

Myong-Hoon Lee(Chonbuk Nat'l Univ.)

P1-109 Carbon Nanotube Based Transparent Electrodes

for Flexible Displays using Liquid CrystalDevices 897

Jun-Ho Shin, H. C. Lee, J. H. Lee, S. M. Park, P. S.

Alegaonkar, and J. B. Yoo(Sungkyunkwan Univ.,

Korea)

P1-110 Surface Modification of Thin Film using

Trimethylchlorosilane

Vaporization Treatment 900

Byoung-Kwon Choo, Ki-Hwan Kim, Na-Young

Song, Jung-Su Choi, Kyu-Chang Park, Jin

Jang(Kyung Hee Univ., Korea), Jin-Ook Kim,

Yeon-Heui Nam, Gi-Sung Chae, and In-Jae

Chung(LG.Philips LCD Co., Ltd., Korea)

P1-111 Study of Surface State Density of Hydrogenated

Amorphous Silicon Thin-film Transistors byAdmittance Spectroscopy 904

Ming-Ta Hsieh, Chan-Ching Chang, Jenn-FangChen, Hsiao-Wen Zan, Kuo-Hsi Yen(Nat'l Chiao

Tung Univ., Taiwan), Ching-Chieh Shih, Chih-Hsien

Chen, Yeong-Shyang Lee, Hsin-Chih Chiu(AU

Optronics Corp.,Taiwan)

P1-112 Electrostatic Discharge in TFT Manufacturing

Process 908

Chunping Long, Xinxin Lee, and Wei Wang(BeijingBOE Optoelectronic Technology Co. Ltd., China)

P1-113 High Performance of Crystallization for LPTS

TFTs using Solid Green Laser 911

K. Nishida, R. Kawakami, J. Izawa, N. Kawaguchi,

F. Matsuzaka, M. Masaki, M. Morita, A.

Yoshinouchi, and Y. Kawasaki(IHI Corp., Japan)

P1-1U Gate Dielectric Si02 Film Deposition on Poly

Silicon using UV excited Ozone Gas without

Heating Substrate 915

Naoto Kameda, Tetsuya Nishiguchi, Yoshiki

Morikawa, Mitsuru Kekura(Meidensha Corp.,

Japan), Hidehiko Nonaka, and Shingo Ichimura

(AIST, Japan)

P1-115 Development of Laser Thermal

Printing Device 919

Illhyun Park, Jin Hyuk Kwon, and Jonghoon

Yi(Yeunganam Univ., Korea)

P1-116 Analysis and Interpretation of Electric

Characteristics of Dry Etching Process for the

TFT-LCD Fabrication 922

O-Dae Kwon, Han-Bum Kwon, Su-Jin Yoo,

Jong-Keun Kim, Jae-Hong J eon, Kang-Woong Lee,

HeeHwan Choe, Jong-Hyun Seo(Korea Aerospace

Univ., Korea), Dae-Jin Seong, Jung-Hyun Kim, and

Yong-Hyeon Shin(KRISS, Korea)

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P1-117 A Study on Wet Etch Behavior of Zinc Oxide

Semiconductor in Acid Solutions 926

Bo-Hyun Seo, Sang-Hyuk Lee, Jea-Hong Jeon,

HeeHwan Choe, Kang-Woong Lee, Yong Uk Lee

(Hankuk Aviation Univ., Korea), and Jong Hyun Seo

(KETI, Korea)

P1-118 Doping Control of Belt Source Evaporation

Techniques for Large Size AMOLED 930

Chang Hun Hwang(OLEDON Co.Ltd., Korea)

P1-119 Development of Internal Linear Inductively

Coupled Plasma Sources for Large Area Flat

Penal Display Processing 933

Jong Hyeuk Lim, Jung Kyun Park, Kyong Nam

Kim, and Geun Young Yeom(Sungkyunkwan Univ.,

Korea)

P1-120 CNT Emitter Coated with Titanium Oxide

Nanoparticles for FED Application 937

Jong-Ung Kim, Byong-Hwan Ryu (KR1CT, Korea),

Heesung Moon, Jaemyeong Kim(Samsung SDI

Co.Ltd., Korea), Hang No Cho, Seoung UkPark(IMD

Co.Ltd., Korea), Youngmin Choi(KRICT, Korea)

P1-121 A New Cost-Effective Optical Plate for High

Performance LCD-TVs 940

Juhwa Ha, Jungwook Paek,Taeseok Jang,Jinsung

Choi(Samsung Electronic Co. Ltd., Korea), and

Youngsub Jung(Bayer Sheet Korea, Korea)

P1-122 Electrooptic Characteristics of Flat Fluorescent

Lamps Depending on the Driving Conditions — 944

Young-Youb Kim, Jae-Young Choi, and Jae-Hyeon

Ko(Hallym Univ., Korea)

P1-123 [Late News] Optimization of Chiral Dopant and

Rubbing Direction in Liquid Crystal Display— 948

Kyung-Jun Lee, Jun-Back Park, Jong-Min Park,

Hoe-Chang Kim, Jae-Ho Seo, Yoo-Jin Kim, and

Byung-Hwan Jung(BOE HYDIS Technology Co.

Ltd., Korea)

P1-124 [Late News] Monte Carlo simulation of

interacting liquid crystal and substrate using

rigid model molecules 952

Yosuke Hyodo, Tomonori Koda(Yamagata Univ.,

Japan), Yuichi Momoi, Woo Yeol Kim(LG.Philips

LCD Co. Ltd., Japan), AkihiroNishioka, Ken Miyata,

and Go Murasawa(Yamagata Univ., Japan)

P1-125 [Late News] Electro-optical Properties of

Polymer-stabilized Nematic Pi Cells 954

Chi-Yen Huang, Ri-Xin Fung, and Ying-Ging

Lin(Nat'l Changhua Univ. of Education, Taiwan)

P1-126 [Late News] Electrical Characteristics of

Bottom-Contact OrganicThin-FilnrTransistors

Inserting Adhesion Layer Fabricated byVapor

Deposition Polymerization and Ti Adhesion Metal

Layer 958

II Houng Park, Gun Woo Hyung, Hak Bum Choi,

and Young Kwan Kim(Hongik Univ., Korea)

P1-127 [Late News] Study about High Temperature

Operating Test Result for Thin Film-Transistor

Electro Phoretic Display on Plastic 962

Sun Young Kim, Woo Jae Lee(Samsung Electronics

Co. Ltd., Korea), and Jun-Sin Yi(Sungkyunkwan

Univ., Korea)

P1-128 [Late News] Enhancement of on-axis Luminance

of Flat Fluorescent Lamps (FFls) by

using Micro-lens Arrays 965

Ji-Hee Park, Ji-Young Lee, and Jae-Hyeon

Ko(Hallym Univ., Korea)

P1-129 [Late News] Electronic Ink using the

Electrophoretic High Mobility Particles 969

Chul Am Kim, Seung-Youl Kang, Gi Heon Kim,

Seong Deok Ahn, Jiyoung Oh, and Kyung Soo

Suh(ETRI, Korea)

P1-130 [Late News] Pentacene Thin-Film Transistors

with Polyimide/Si02 Dual Gate Dielectric —- 972

Hirokazu Imahara(Tokyo Inst, ofTechnology,

Japan), Woo Yeol kim, and Yasuhisa Oana

(LG.Philips LCD Co. Ltd., Japan), and Yutaka

Majima(Tokyo Inst, ofTechnology, Japan)

31. New LCD Modes

31-1 [Invited] Tandem Reflective LCD and OLED - 977

Jiun-Haw Lee(Nat'l Taiwan Univ., Taiwan), Haiqing

Xianyu, Zhibing Ge, Kou-Chen Liu(Univ. of Central

Florida, USA), and Shin-Tson Wu(Univ. of Chang

Gung, Taiwan)

31-2 [Invited] Polarizer-free Liquid Crystal Devices- 980

Yi-Hsin Lin(Nat'l Chiao Tung Univ., Taiwan),

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33. OLED Device StructureHongwen Ren, Yung-Hsim Wu, and Shin-Tson

Wu(Univ. ofCentral Florida, USA)

31-3 [Invited] Single-Layer Color Cholesteric Liquid

Crystal Displays 982

Shin-Ying Lu, Yirhui Lin, and Liang-Chy

Chien(Kent State Univ., USA)

31-4 [Invited] Materials Aspects for Fast Switchable

NLC/FLC Devices 986

Wolfgang Haase, Vladimir Bezborodov, Valery

Lapanik, and Fedor Podgornov(Darmstadt Univ. of

Technology, Germany)

32. Display Electronics II

33-1 [Invited] High Performance OLEDs with a New

Device Structure 1011

Jeoung Kwen Noh, Min Soo Kang, Jong Seok Kim,

Jung Hyoung Lee, Yun Hye Ham, Jung Bum Kim,

and Sehwan Son(LO Chem., Korea)

33-2 Novel OLED Structure Allowing for the In-situ

Ohmic Contact and Reduction of Charge

Accumulation in the Device 1014

Won Jun Song, Boris Kristal, Chong Hoon Lee,

Yeun joo Sung, Sung Soo Koh, Mu Hyun Kim,

Seong Taek Lee, Hye Dong Kim(Samsung SDI Co.,

Ltd., Korea), ChangHee Lee(Seoul Nat'l Univ.), and

Ho Kyoon Chung(Samsung SDI Co.Ltd., Korea)

32-1 [Invited] Design Issues of Digital Display

Interface 993

Deog-Kyoon Jeong and Do-Hwan Oh(Seoul Nat'l

Univ., Korea)

32-2 Novel Method of Color Correction LUT

Generation for LCDs 997

Jae Won Jeong, Hoi Sik Moon, Brian H. Berkeley,and Sang Soo Kim(Samsung Electronics Co. Ltd.,

Korea)

32-3 NewX-Y Channel Driving Method for LED

Backlight System in LCD TVs 1001

Daeyoun Clio, Won Sik Oh, Kyu Min Cho, Gun

Woo Moon(KAIST, Korea), Byungchoon Yang, and

Taeseok Jang(Samsung Electronics Co.Ltd., Korea)

32-4 A Low Power Source Driver of Small Chip Area

for QVGATFT-LCD Applications 1005

Nan-Xiong Hung(Feng Chia Univ., Taiwan),

Wei-Shan Jiang(Nat'l Chung Hsin Univ., Taiwan),

Bo-Cang Wu, Ming-Yuan Tsao(Feng Chia Univ.,

Taiwan), Han-Wen Liu, Chen-Hao Chang(Nat'l

Chung Hsin Univ., Taiwan), Miin-Shyue

Shiau(Graduate Inst, of Electrical and

Communication Engineering,Taiwan), Hong-ChongWu, Ching-Hwa Cheng, and Don-Gey Liu(Feng

Chia Univ., Taiwan)

33-3 High Efficiency in Phosphorescet Organic

Light-Emitting Doides using Carbazole Type

Exciton Blocking Layer 1019

Sung hyun Kim, Jyongsik Jang(Seoul Nat'l Univ.,

Korea), and Jun Yeob Lee(Dankook Univ., Korea)

33-4 An Inverted Bottom Emission Organic Light

Emitting Device with a New Electron Injection

Layer 1023

YouJong Lee, JooHyung Kim, SoonNam Kwon, and

MunPyo Hong(Korea Univ., Korea)

34. Human Factor I

34-1 [Invited] Temporal Factors of Human Depth

Perception 1029

Satoshi Shioiri(Tohoku Univ., Japan)

34-2 [Invited] The Effects of Three Dimensional

Stimulus Configuration on Self-Motion

Perception Induced by

Large Visual Display 1031

Shinji NakamurafNihon Fukushi Univ., Japan)

34-3 An Improvement Method of Color Image using

Saturation Extension 1035

Kyoung-Ok Yang, Jong-Ho Yun, Hwa-Hyun Cho,

and Myung-Ryul Choi(Hanyang Univ., Korea)

34-4 Motion Blur Analysis by Gabor Patch 1039

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Table of Contents

Koichi Oka and Daisuke Oka(Nanosoftware Ltd.,

Japan)

35. Emission Material & Applications

35-1 [Invited] Field Emission Display and Backlight

for LCD using Printed Carbon Nanotubes-- 1045

Yong Churl Kim, D. S. Jung, B. K. Song, M. J. Bae,

H. S. Kang, I. T. Han, Jong Min Kim(SAIT), Y. C.

Choi, M. 1. Hwang, I. H. Kim, and J. H.

Park(Samsung SDI Co. Ltd., Korea)

35-2 [Invited] Low Work Function and Sharp Field

Emitter Arrays by Transfer Mold Fabrication

Method 1049

Masayuki Nakamoto, Genta Sato, and Kohji

Shiratori(Shizuoka Univ., Japan)

35-3 [Invited] Recycle of CRT Glass Cullet

S. H Chang(Kumoh Nat'l Inst, of Technology,

Korea)

35-4 The Stress Positioning Control Method for Slim

CRTs Glass Design using FEM 1053

Yoing-ik Hwang and Tae-hoon

Lee(LG.Philips-Displays Co. PCT, Korea)

36-4 A Study on Negative Bias Temperature

Instability in ELA Based Low-Temperature

Polycrystalline Silicon Thin-Film Transistors

1075

Kiju Im, Byoung-Deog Choi, Hye Hyang Park, Yun

Gyu Lee, Hui Won Yang, and Hye Dong Kim

(Samsung SDI Co.Ltd., Korea)

36. Poly Si TFTs

36-1 [Invited] Thin-Beam Excimer

Laser Annealing 1061

Woo Boon Ang(TCZ Pte. Ltd.,Singapore), Dirk

Rottweiler, and David S. Knowles(TCZ LLC, USA)

36-2 [Invited] Electrical Instabilities in P-channel

Polysilicon TFTs: Role of Hot Carrier and

Self-heating Effects 1065

G. Fortunato, P. Gaucci, L. Mariucci, A. Pecora, and

A. Valletta(IFN-CNR, Italy)

36-3 6 Mask LTPS CMOS Technology for AMLCD

Application 1071

Soo-Jeong Park, Seok-Woo Lee, Myoung Kee Baek,

Yong Su Yoo, Chang Yeon Kim, Chang-Dong Kim,

and In Byeong Kang(LG.Philips LCD

Co.Ltd.,Korea)

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