ICML Hanyang University Polymeric Materials for Information & Communication e-Paper (electronic paper) Edited by Chi Hun, Kim

ICML Hanyang University Polymeric Materials for Information & Communication What is Electronic Paper?

ICML Hanyang University Polymeric Materials for Information & Communication History of Electronic Paper?

ICML Hanyang University Polymeric Materials for Information & Communication e-Paper Displays : Desirable Attributes

ICML Hanyang University Polymeric Materials for Information & Communication Current Trends in Portable Displays

ICML Hanyang University Polymeric Materials for Information & Communication Electronic Displays – a Diverse Technical Arena

ICML Hanyang University Polymeric Materials for Information & Communication Electrochromic Technology

ICML Hanyang University Polymeric Materials for Information & Communication Sintered Nanocryscalline Electrochromic Cell

ICML Hanyang University Polymeric Materials for Information & Communication Performance Issues for Display Applications

ICML Hanyang University Polymeric Materials for Information & Communication Twisted Nematic Display

ICML Hanyang University Polymeric Materials for Information & Communication Power Reduction through Bistability

ICML Hanyang University Polymeric Materials for Information & Communication Liquid Crystal Bistable Display Technologies

ICML Hanyang University Polymeric Materials for Information & Communication Cholesteric Thin Film

ICML Hanyang University Polymeric Materials for Information & Communication Bistable Nematics

ICML Hanyang University Polymeric Materials for Information & Communication Bistable Nematic Display

ICML Hanyang University Polymeric Materials for Information & Communication LC Performance Issues for E-Paper Display Applications

ICML Hanyang University Polymeric Materials for Information & Communication Encapsulated Display Media

ICML Hanyang University Polymeric Materials for Information & Communication Liquid Crystal vs Particle-based Displays

ICML Hanyang University Polymeric Materials for Information & Communication Bichromal Balls

ICML Hanyang University Polymeric Materials for Information & Communication Bichromal Balls Material (Gyricon 社 ) Spiropyran 6-nitro-spirobenzoindolinopyran-N-ethylsodiumcarboxylate 합성 Spiropyran (photochromic material) 의 특성

ICML Hanyang University Polymeric Materials for Information & Communication Electrophoretic Display Technology

ICML Hanyang University Polymeric Materials for Information & Communication Roll Cell Instability

ICML Hanyang University Polymeric Materials for Information & Communication Electrophoretic Display Material

ICML Hanyang University Polymeric Materials for Information & Communication Electrophoretic Display Material

ICML Hanyang University Polymeric Materials for Information & Communication Microencapsulated Electrophoretics

ICML Hanyang University Polymeric Materials for Information & Communication Microencapsulated Electrophoretic

ICML Hanyang University Polymeric Materials for Information & Communication E Ink’s Microencapsulated Electrophoretic Performance

ICML Hanyang University Polymeric Materials for Information & Communication E Ink’s Microencapsulated Electrophoretic Material Particle 종류재 료 Neat pigmentrutile(titania), anatase(titania), zinc oxide, barium sulfate(BaSO 4 ), kaolin(AlO 3 SiO 2 4H 2 O) Laked dyed pigment ( 진홍색 ) azo, triphenyl methane or anthraquinone structure containing one or more sulphonic or carboxylic acid groupings Dark particlelatex copolymer consisting of any of butadiene, styrene, isoprene,,ethacylic acid), methyl methacrylate, acrylo nitrile, vinyl chloride, acrylic acid, sodium styrene sulfonate, vinyl acetate, chlorostyrene, dimethylaminopropylmethacylamide, isocyanoethyl methacrylate Combination of pigment and polymer Polystyrene, polyethylene, polypropylene, phenolic resins

ICML Hanyang University Polymeric Materials for Information & Communication Organic Thin Film Transistors

ICML Hanyang University Polymeric Materials for Information & Communication Organic Semiconductor Thin Film Transistor Metrics

ICML Hanyang University Polymeric Materials for Information & Communication Pathway to Large-Area, Low Cost Flexible Backplanes? Backplane Layout

ICML Hanyang University Polymeric Materials for Information & Communication Backplane Layout

ICML Hanyang University Polymeric Materials for Information & Communication Microcontact Printing

ICML Hanyang University Polymeric Materials for Information & Communication Silicon-based Flex Electronics

ICML Hanyang University Polymeric Materials for Information & Communication Silicon-based Flex Electronics at E Ink

ICML Hanyang University Polymeric Materials for Information & Communication E Ink Active Matrix Displays on Steel Foil

ICML Hanyang University Polymeric Materials for Information & Communication Paths Toward Electronic Paper : Electro-Optic Layer

ICML Hanyang University Polymeric Materials for Information & Communication Paths Toward Electronic Paper Backplane Innovations

ICML Hanyang University Polymeric Materials for Information & Communication Electronic Ink Application Roadmap

ICML Hanyang University Polymeric Materials for Information & Communication E Ink’s Flexible Backplane Program

ICML Hanyang University Polymeric Materials for Information & Communication Development Status

ICML Hanyang University Polymeric Materials for Information & Communication Reference 1) 02.pdf 2) Nature VOL 423(8) p May ) PNAS April 24, 2001 vol. 98 no –4840 4) Tate, J., Rogers, J. A., Jones, C. D. W., Li, W., Bao, Z., Murphy, D. W., Slusher, R. E., Dodabalapur, A., Katz, H. E. & Lovinger, A. J. (2000) Langmuir 16, 6054– ) Polymer Science and Technology Vol. 15, No. 6, pp December ) 7) 전기전자재료학회지 제 16 권 제 9 호 (2002 년 9 월 ) ) 9) 10)