日本画像学会

International Congress of Imaging Science 2002, Tokyo

　

“Imaging Science and Engineering Creating the Information Technology of the Future”

　

May13-17, 2002

Arcadia lchigaya – Shigaku Kaikan lchigaya, Tokyo, Japan

　

General Chair, Organizing Committee

Prof. Kenichi Honda

Chair, Steering Committee

Prof. Shin Ohno

Chair, International Committee of Imaging Science

Dr. Tadaaki Tani

　
Co-Sponsored by

The Society of Photographic Science and Technology of Japan (SPSTJ)

The Imaging Society of Japan (ISJ)

The Society for Imaging Science and Technology (lS&T)

　

Cooperating Societies

Korean Society for Imaging Science and Technology, Chinese Society of Photographic Science and Engineering, Reprographic Scientists and Engineers Society of Chinese, Optical Society of Japan

　
The Papers Program

PLENARY SESSION

                     Monday, May 13, 9:50-10:50, Room: Fuji

                     Session Chair: Tadaaki Tani, Fuji Photo Film Co.

　

Keynote #1   Innovation in Consumer Film Imaging – Past, Present, and Future, Gray L. House, Eastman Kodak Company, USA, [p. 1]

　
Monday, May 13, 11:00-12:00, Room: Fuji

Session Chair: Yoichi Miyake. Chiba University

　

Keynote #2   Some Problems and Solutions in Quantifying Image Quality, Ralph Jacobson, University of Westminster, UK, [p. 3]
　

TECHNICAL SESSION

In the following program, papers of each track are listed basically in order of presentation date. Each paper has a number such as Tr. n-m in which n denotes the track number and m denotes the paper number at each track.

Tr. n-m(V) stands for paper to be invited. or focal, or keynote paper.

Tr. n-m(P) stands for paper to be presented at an interactive (poster) session.

JTr. n/m-k stands for paper to be presented at a joint session of Track n and Track m.
　

TRACK 1 Silver Halide Imaging Technology

Programme Co-chairs: Mitsuo Kawasaki, Kyoto University;

Hiroyuki Kobayashi, Chiba University

　

DESIGN AND PERFORMANCE OP AgX MICROCRYSTALS

Monday, May 13, 13:00-16:50, Room: Daisetsu

Session Chairs: Shigeharu Urabe, Fuji Photo Film Co.;
Mark E. Irving, Eastman Kodak Co.;
Rene De Keyzer, Agfa Gevaert N.V.

　
Tr. 1-001(V)     A Study on the Growth Mechanisms and the Structures of the Tabular Grains, Shigeharu Urabe, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 5]

　
Tr. 1-002          The Effect of Metal Doping on the Pressure Sensitivity of Tabular Silver Halide Grains, Mark R. Irving, Myra T. Olm, Research & Development, Eastman Kodak Company, USA, [p. 7]

　
Tr. 1-003          A Technology to Reduce the Gamma Ray Induced Degradation of the Photographic Performance of Silver Halide Color Films, Hiroshi Takada, Toshiya Kondo, Sadayasu Ishikawa, Consumer Imaging Company, Konica Corporation, JAPAN, [p. 9]

　
Tr. 1-004          Applications of Cryo-Analytical Electron Microscopy for Characterization of AgX-Based Photographic Systems and Their Microcomponents, Vladimir P. Oleshko, Polaroid Corporation, USA, [p. 11]

　
Tr. 1-005          Potentiometric Determination of the Critical Supersaturation Ratio and Growth Kinetics for Monodisperse AgBr Grains, Fumiyuki Shiba ¹⁾, Yusuke Okawa ¹⁾, Takashi Ohono ¹⁾, Hiroyuki Kobayashi ²⁾, 1) Graduate School of Science and Technology, Chiba University, 2) Faculty of Engineering, Chiba University, JAPAN, [p. 13]

　
Tr. 1-006          Analytical Characterization of Model Imaging Materials by Hyper-Rayleigh Scattering Spectroscopy, Amy Rassbach, M. R. V. Sahyun, Department of Chemistry, University of Wisconsin, USA, [p. 15]

　
Tr. 1-007          A Complete Inorganic Survey Study to Reveal and Study Sensitometric Deviations in Photographic AgX Emulsions by Inductively Coupled Plasma Mass Spectrometry, W. J. M. van Bussel, A. Blik, A. J. J. van Es, Y. Iwasa, Y. Toda, Tilburg Research Laboratory, Fuji Photo Film B. V., HOLLAND, [p. 16]

　
Tr. 1-008          Study on Nanoparticles and Their Catalytic Activity in Physical Development by AFM, Shuyun Zhou, Liqin Sheng, Junping Zhang, Ping Chen, Technical Institute of Physics Chemistry, CAS, CHINA, [p. 18]

　

PHOTOTHERMOGRAPHIC MATERIALS AND TECHNOLOGIES

Tuesday, May 14, 9:05-12:00, Room: Daisetsu

Session Chairs: David R. Whitcomb, Eastman Kodak Co.;
Hans Strijckers, Agfa Gevaert N.V.;
Katsuyoshi Yamane, Fuji Photo Film Co.

　
Tr. 1-009(V)     Advances in Photothermographic Imaging Technology Based on Silver Carboxylates, David R. Whitcomb, Research & Development, Eastman Kodak Company, USA, [p. 21]

　
Tr. 1-010          Mechanism of Image Formation in Photothermographic Silver Imaging Media, H. Strijckers, Research Laboratories, Agfa-Gevaert N. V., BELGIUM, [p. 23]

　
Tr. 1-011           Thermal and Mechanochemical Initiated Phase Transformations in Silver Carhoxylates. Structure and Morphology Changes with Thermal and Mechanical Processing of Silver Carboxylates, Ag(O₂C_nH_2n-1)₂, B. B. Bokhonov ¹⁾, L. P. Burleva ²⁾, M. R. Sharafutdinov ¹⁾, A. A. Sidelnikov ¹⁾, B. P. Tolochko ¹⁾, D. R. Whitcomb ²⁾, 1) Institute of Solid State Chemistry, RUSSIA, 2) Eastman Kodak Company, USA, [p. 25]

　
Tr. 1-012          The Aqueous-Coated Photothermographic Material, Hirohiko Tsuzuki ¹⁾, Akira Hatakeyama ²⁾, Kenji Nakajima ³⁾, 1) Ashigara Research Laboratories, 2) Fujinomiya Research Laboratories, 3) Research Engineering, Production, Engineering and Development, Fuji Photo Film Co., Ltd., JAPAN, [p. 27]

　
Tr. 1-013          The Role of Silver Halides in Photothermographic Materials with a Water Dispersible Binder, Katsutoshi Yamane, Seiji Yamashita, Ashigara Research Laboratories, Fuji Photo Film Company, JAPAN, [p. 29]

　
Tr. 1-014          A New Thermal-Dye-Bleach Antihalation System for Photothermographic Materials, Masaki Noro, Masami Sakurada, Itsuo Fujiwara, Hisashi Okamura, Yoshiharu Yabuki, Fuji Photo Film Co., Ltd., JAPAN, [p. 31]

PHOTOTHERMOGRAPHIC MATERIALS AND TECHNOLOGIES (CONTINUED)

Tuesday, May 14, 13:10-15:35, Room: Daisetsu

Session Chairs: David R. Whitcomb, Eastman Kodak Co.;
Hans Strijckers, Agfa Gevaert N.V.;
Katsuyoshi Yamane, Fuji Photo Film Co.

　
Tr. 1-015          Antifoggants and Print Stabilizers for Photothermographic Systems Based on AgX/Ag Carboxylates, Kumars Sakizadeh, David R. Whitcomb, Research & Development Eastman Kodak Company, USA, [p. 33]

　
Tr. 1-016          Electron Transfer Properties of Bisphenol Derivatives in Relation with the Developing properties in Silver Salt Photothermographic Systems, Hiromi Akahori, Kiyokazu Morita, Ayumu Nishijima, Tsuyoshi Mitsuhashi, R & D Center, Medical & Graphic Company, Konica Corporation, JAPAN, [p. 35]

　
Tr. 1-017          Coordination Chemistry of Photothermographic Imaging Materials: III, David R. Whitcomb, Manju Rajeswaran, Health Imaging Media, Research & Development, Eastman Kodak Company, USA, [p. 37]

　
Tr. 1-018          Numerical Model for Characteristic Curves of High Contrast Photothermographic Materials, Tsukasa Ito, CM. R&D Center, Konica Corporation, JAPAN, [p. 39]

　
Tr. 1-019          Cancel

　
ADVANCED SCIENCE AND TECHNOLOGY OF GELATIN FOR IMAGING

Tuesday, May 14, 9:05-12:00, Room: Aso

Session Chairs: Takashi Ohno, Chiba University;
Herbert Gareis, Deutsche Gelatine-Fabriken Stoess

　
Tr. 1-020(V)     Chemical Roles of Gelatin in Photographic Emulsions – Silver Cluster Formation and Stabilization, Tadaaki Tani, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 41]

　
Tr. 1-021          Thermodynamic Stability Aspects of Photographic Gelatine, D. Kisters, W. Borchard, Deutsche Gelatine Fabriken Stoess AG, GERMANY, [p. 43]

　
Tr. 1-022          Soluble Fraction of Hardened Gelatin Films, Yasuo Tsubai, Takeshi Minato, Corporate Research Center, Mitsubishi Paper Mills Limited, JAPAN, [p. 46]

　
Tr. 1-023          Gelling Characteristics of Gelatins Treated with High-Pressure Slurry Pump Method, Y. Okawa ¹⁾, S. Ochiai ¹⁾, M. Horiuchi ¹⁾, F. Shiba ¹⁾, T. Ohno ¹⁾, R. Muratsubaki ²⁾, N. Nishida ²⁾, Y. Nakagawa ²⁾, 1) Chiba University, 2) Sugino Machine Ltd., JAPAN, [p. 48]

　
Tr. 1-024          Technological Implications of Optical Brighteners in Gelatin Systems, Otilia M. Simion, S. C. Azomures S. A., Targu Mures, ROMANIA, [p. 50]

　
Tr. 1-025          The Effect of lmidazole Groups of Gelatin on Physical Retardance, Keiji Suzuki, Masayuki Mimasu, Nitta Gelatin Inc., JAPAN, [p. 52]

　
ADVANCED SCIENCE AND TECHNOLOGY OF GELATIN FOR IMAGING (CONTINUED)

Tuesday, May 14, 12:55-15:20, Room: Aso

Session Chairs: Takashi Ohno, Chiba University;
Herbert Gareis, Deutsche Gelatine-Fabriken Stoess

　
Tr. 1-026          Reducing Properly of Gelatin on Silver Ion, Sadako Tani, Takehiro Tani, Nippi Inc., JAPAN, [p. 54]

　
Tr. 1-027          Influence of the Molecular Weight Distribution of Gelatin on Interfacial Tension and Photographic O/W Emulsion Stability, Jos Olijve, Fuyuhiko Mori, Yuzo Toda, Tilburg Research Laboratory, Fuji Photo Film B. V., HOLLAND, [p. 56]

　
Tr. 1-028          Study of the Interaction between Gelatine and Surfactants, H. Gareis, D. Kisters, A. Raab, M. Schnitzler, Deutsche Gelatine Fabriken Stoess AG. GERMANY, [p. 58]

　
Tr. 1-029          The Influence of Molecular Weight Distribution in Gelatin on Image Quality of Dichromated Gelatin Phase Hologram, T. Ohno ¹⁾, Y. Sawahata ¹⁾, Y. Okawa ¹⁾, F. Shiba ¹⁾, T. Honda ¹⁾, R. Muratsubaki ²⁾, N. Nishida ²⁾, Y. Nakagawa ²⁾, ¹⁾ Chiba University, ²⁾ Sugino Machine Ltd., JAPAN, [p. 60]

　
Tr. 1-030          Modification of Gelatin with Various Additives, L. Ya. Kaploun, S. P. Perevezentseva, FOMOS Research & Production Company, ltd., RUSSIA, [p. 62]

　
PHOTOFINISHING ANO ECOLOGY

Tuesday, May 14, 15:25-16:50, Room: Aso

Session Chair: Kazuhisa Kobayashi, Mitsubishi Paper Mills ltd.

　
Tr. 1-031(V)     Environmental Protection in Photofinishing Processes, Ulrich Nickel, Institute of Physical Chemistry, University of Erlangen – Neurnberg, GERMANY, [•••]

•••  abstract not available at time of publication

　
Tr. 1-032          Contribution to a Better Control of Environmental Impact When Processing Silver Halides Products, G. Friour, O. Poncelet, F. Thomas, Kodak Chalon Research Laboratories-Europe, FRANCE, [p. 64]

　
Tr. 1-033          The Development of Biodegradable Chelating Agents for the Photoprocessing, Tadashi Inaba, Hideo Miyazaki, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 66]

　
AgX PHOTOPHYSICS AND CHEMICAL SENSITIZATION TOWARD ULTIMATE SENSITIVITY

Wednesday, May I5、9:05-12:00, Room: Daisetsu

Session Chairs: Raymond S. Eachus, Eastman Kodak Co.;
Hirofumi Ohtani, Konica Corporation

　
Tr. 1-034(V)     Photo-Hole Processes in AgBr and AgCl Emulsion Grains, R. S. Eachus, R. C. Baezold, Th. D. Pawlik, Imaging Materials & Media, Research and Development, Eastman Kodak Company, USA, [p. 68]

　
Tr. 1-035          A Dielectric Loss Study of Silver Halide Emulsions, Seiji Yamashita, Naoto Ohshima, Shunji Takada, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 70]

　
Tr. 1-036          Characterization of Ag Clusters Formed on AgBr Grains on the Basis of Kubo Theory, Tadaaki Tani, Toshio Tsukada, Motokazu Furusawa, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 72]

　
Tr. 1-037          Observation and Characterization of Sulfur Sensitization Centers Formed on Silver Halide Grains, Masafumi Mizuno, Hiroyuki Mifune, Yoshiaki Toyama, Takekimi Shiozawa, Jun Okuda, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 74]

　
Tr. 1-038          Coordinate Sensitization by Reduction and Sulfur Plus Gold in AgBr and AgBrI Emulsions, Lin-hui Yao, Yao Shi, Hong Guo, Wen-fang Zhao, Pei-jie Xia, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, CHINA, [p. 76]

　
Tr. 1-039          Nanosized Chemical Sensitizer, Jin-pei Li, Min-ao Tang, Su-e Wang, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, CHINA, [p. 78]

　
PHYSICS AND CHEMISTRY OF ORGANIZED SURFACE ARCHITECTURE AND SPECTRAL SENSITIZATION

Wednesday, May 15, 13:00-16:50, Room: Daisetsu

Session Chairs: Annabel A. Muenter, Eastman Kodak Co.;
Yoshihiko Suda, Konica Corporation

　
Tr. 1-040(V)     Optical Properties of Supramolecular Dye Architectures in Two and Three Dimensions, P. Callant, G. Deroover, Agfa-Gevaert N. V., BELGIUM, [p. 80]

　
Tr. 1-041          Absorption Spectra and Molecular Arrangement of Mixed Aggregates in LB-films: Separated, Amalgamated, Persistent and Mosaic types, A.G. Vitukhnovsky ¹⁾, A. N. Lobanov ¹⁾, A. V. Pimenov ¹⁾, Y. Yonezawa ²⁾, N. Kometani ²⁾, 1) P. N. Lebedev Physical Institute RAS. P. N. Lebedev Research Center, RUSSIA, 2) Department of Applied Chemistry, Faculty of Engineering, Osaka City University, JAPAN, [p. 81]

　
Tr. 1-042          The Association of Cyanine Dyes under High Pressure Condition, Masashi Iwasaki, Katsuki Tai, Masami Okamoto, Dept. of Chemistry and Materials Technology, Kyoto Institute of Technology, JAPAN, [p. 83]

　
Tr. 1-043          Some New J-aggregates of 1,1′-Diethyl-2,2′-Cyanine, Hiroshi Saijo ¹⁾, Masatoshi Nakagawa ¹⁾, Toshiyuki Isshiki ¹⁾, Masashi Iwasaki ²⁾, Makoto Shiojiri ²⁾, 1) Dept. of Electronics and Information Science, 2) Dept. of Chemistry and Materials Technology, Kyoto Institute of Technology, JAPAN, [p. 85]

　
Tr. 1-044          Primary Energy and Electron Transfer in Spectral Sensitization: A Femtosecond Dynamics Study, Keitaro Yoshihara ¹⁾, Igor V. Rubtsov ¹⁾, Kojiro Ebina ¹⁾, Ji-Won Oh ¹⁾, Shigeichi Kumazaki ¹⁾, Takeshi Suzumoto ²⁾, Tadaaki Tani ²⁾, 1) School of Materials Science, Japan Advanced Institute of Science and Technology, 2) Ashigara Research Laboratories. Fuji Photo Film Co., JAPAN, [p. 87]

　
Tr. 1-045          Direct Spectro-Voltammetric Analysis of Redox Properties of Layered J-Aggregates, Mitsuo Kawasaki ¹⁾, Tomoo Sato ¹⁾, Masashi Iwasaki ^{2) 1)} Dep. Molecular Engineering, Kyoto University, ²⁾ Dept. Materials Technology and Chemistry, Kyoto Institute of Technology, JAPAN, [p. 89]

　
Tr. 1-046          “Selection” of J-aggregates of Cyanine Dyes, B. I. Shapiro, Scientific Center Niikhimfotoproekt, RUSSIA, [p. 91]

　
Tr. 1-047          Improvement in Measurements of Absorption and Adsorption of Sensitizing Dyes on Silver Halide Grains, Katsuhiro Yamashita, Haruo Takei, Tadashi Ikeda, Tadaaki Tani, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 93]

　
PHYSICS AND CHEMISTRY OF ORGANIZED SURFACE ARCHITECTURE AND SPECTRAL SENSITIZATION (CONTINUED)

Thursday, May 16, 9:00-10:40, Room: Daisetsu

Session Chairs: Annabel A. Muenter, Eastman Kodak Co.;
Yoshihiko Suda, Konica Corporation

　
Tr. 1-048          Supersensitization Mechanism in a Red Spectral Sensitizer/Supersensitizer. Combination on AgCl, J. Van Nylen ¹⁾, E. Goovaerts ¹⁾, D. Schoemaker ¹⁾, P. Callant ²⁾, K. Viaene ²⁾, R. De Keyzer ²⁾, 1) University of Antwerp, 2) Agfa-Gevaert N. V., BELGIUM, [p. 95]

　
Tr. 1-049          Dye Desensitization Studies: AgBr Core-Shell Emulsions, J. P. Zheng ¹⁾, A. G. DiFrancesco ¹⁾, R. K. Hailstone ¹⁾, P. Callant ¹⁾, R. De Keyzer ²⁾, 1) Chester F. Carlson Center for Imaging Science, Rochester Institute of Technology，USA, 2) Agfa- Gevaert N. V., R&D Materials, BELGIUM, [p. 97]

　
Tr. 1-050          Studies of Two-Electron Sensitization by Fragmentable Electron Donors, Annabel Muenter ¹⁾, Jerry Lenhard ¹⁾, Samir Farid ¹⁾, Don Diehl ¹⁾, Steve Godleski ¹⁾, Paul Zielinski ¹⁾, Ian Gould ²⁾, 1) Eastman Kodak Company, 2) Arizona State University, USA, [p. 98]

　
Tr. 1-051          Investigation of the Effects of Rare Earth Ions on Spectral Sensitization of Silver Halide Emulsions, Vitaliy M. Belous. Alexander Yu. Akhmerov, Nina A. Orlovskaya, Olga I. Sviridova, Scientific Research Institute of Physics. UKRAINE, [p. 100]

　
COLOR IMAGE FORMING CHEMISTRY AND TECHNOLOGIES

Thursday, May 16, 10:50-11:50 & 13:00-14:00, Room: Daisetsu

Session Chairs: Fumio Ishii, Konica Corporation;
Sundaram Krishnamurthy, Eastman Kodak Co.

　
Tr. 1-052(V)     New Imaging Materials, Sundaram Krishnamurthy, Imaging Materials & Media, Research and Development, Eastman Kodak Company, USA, [p. 106]

　
Tr. 1-053          The Development and Applications of NCC-Couplers, Takayuki Itou, Yasuhiro Shimada, Kouji Takaku, Akira Ikeda, Hidetosi Kobayasi, Seiji Ichikawa, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 108]

　
Tr. 1-054          Physical State and Structure of Dispersion Particles – Effects on Reactivity, John Texter, Strider Research Corporation, USA, [p. 110]

　
Tr. 1-055          Background and Development for the DSR Functional Coupler, Xiu Yu, Wang Da-Li, Li Shan-Zhu, Dai Xiu-Quan, Zhao Guang Research Institute of the Photosensitive and Chemical Industry, China Lucky Film Group, CHINA, [p. 112]

　
Tr. 1-056          Cancel

　
PRODUCT DESIGN AND TECHNOLOGIES FOR ADVANCED SYSTEMS AND COMPONENTS

Friday, May 17, 9:05-12:00, Room: Daisetsu

Session Chairs: Shunji Takada, Fuji Photo Film Co.;
Allan F. Sowinski, Eastman Kodak Co.

　
Tr. 1-057(V)     A Forecast for Silver Halide Imaging in the 21st Century, Satoru Shimba, Consumer Imaging Company, Konica Corporation, JAPAN, [p. 118]

　
Tr. 1-058          Image Capturing Ability and Image Quality of AgX and CCD Camera Systems, Mitsuhiro Uchida, Syunji Takada, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 120]

　
Tr. l-059           Film Capture for Digitization, A. F. Sowinski, Imaging Materials and Media R&D, Eastman Kodak Company, USA, [p. 122]

　
Tr. 1-060          Comparison of the Features between Motion Picture Film and Digital Camera, and the Development of the New High-Speed Film, Katsumi Makino, Sadayuki Yamaryo, Yasunori Mimaki, Kiyoshi Kawai, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 124]

　
Tr. 1-061          Effect of the Fourth Color-Sensitive Layer in the Color Negative Film, Yoichi Suga, Noboru Sasaki, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 126]

　
Tr. 1-062          Design Concepts of an Ultra-High-Speed Film for the Everyday Consumer, Toshihiko Iwasaki, Hiroshi Takada, Hirofumi Ohtani. CM R&D Center, Image Capture Division, Consumer Imaging Company, Konica Corporation, JAPAN, [p. 128]

　
PRODUCT DESIGN ANO TECHNOLOGIES FOR ADVANCED SYSTEMS AND COMPONENTS (CONTINUED)

Friday, May 17, 13:30-15:35, Room: Daisetsu

Session Chairs: Shunji Takada, Fuji Photo Film Co.;
Allan F. Sowinski, Eastman Kodak Co.

　
Tr. 1-063          Image Simulation System Using Multi-Spectral Image for Image Designing of Color Photographic Films, H. Ishibashi, M. Yamada, M. Machida, R. Miyauchi, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 130]

　
Tr. 1-064          Advanced Technology of New Color Paper, Seiji Yamashita, Naoto Ohshima, Sigeaki Ohtani, Shin Soejima, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 132]

　
Tr. 1-065          High Energetic Background Radiation: The Main Cause for Storage Fog of Color Negative Paper, Wolfgang A. Schmidt, R&D Materials, Agfa-Gevaert AG, GERMANY, [p. 134]

　
Tr. 1-066          Technological Development for Instant Color Photography, Keiji Mihayashi, Kazuhiko Takeuchi, Fuji Photo Film Co., Ltd., Ashigara Research Laboratories, JAPAN, [p. 136]

　
Tr. 1-067          Technology of Full Color Photo-Thermographic Printing System and Future Potential, Tetsu Kamosaki, Kiyoshi Irita, Takuji Kosugi, Takuya Yokokawa, Ashigara Research Laboratories, Fuji Photo Film Co., Ltd., JAPAN, [p. 138]

　
INTERACTIVE SESSION

Thursday, May 16. 14:40-16:40 , Room: Aso
(120 min. Poster Presentation, No oral preview)

Session Chairs: Mitsuo Kawasaki, Kyoto University;
Hiroyuki Kobayashi, Chiba University

　
Tr. 1-068(P)       High Ordered AgCl Nanoparticles Enwrapped in SiO₂, Yong-jun Li, Cun-yan Liu, Zhi-ying Zhang, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, CHINA, [p. 140]

　
Tr. 1-069(P)       A Study of (100] AgCl Tabular Emulsion Microcrystals, Zheng Tong, Wang Rong-qin, Chen Li-Juan, Peng Bi-xian, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, CHINA, [p. 142]

　
Tr. 1-070(P)      The Additive Effect of Solvents on the Crystal Growth of Silver Chlorobromide Microcrystals in Photographic Emulsion, Hyun Song, Jong Joo Lim, Myung Cheon Lee, Euy Soo Lee, Department of Chemical Engineering, Dongguk University, KOREA, [p. 144]

　
Tr. 1-071(P)      Growth of AgBr/I Ultra-Fine Particles Dispersed in Gelatin Medium and Their Chemical Sensitization, Xu Feng, Yue Jun, Shi Wenfang, Liu Suwen, Tan Shuxin, Tao Nan, Department of Applied Chemistry, University of Science and Technologies of China, CHINA, [p. 152]

　
Tr. 1-072(P)       The Addition Effect of Cellulose Esters on Viscosity of the Silver Halides Emulsion, Tai-Sung Kang, Do-Han Kim ¹⁾, Myung-Cheon Lee ²⁾, Sung-SANG Oh ³⁾, 1) Research and Development Center, Hanmi Filmtech Co., Ltd., 2) Dept. of Chemical Engineering, Dong Guk University, 3) Dept. of Graphic Arts, Shin Gu College, KOREA, [p. 154]

　
Tr. 1-073(P)      Structural Transformations of Filamentary Silver under Oxidizing-Reducing Treatment in Aqueous Solution, G. A. Branitsky, V. D. Stashonok, O. V. Sergeyeva, V. V. Sviridov, Belarusian State University, BELARUS, [p. 156]

　
Tr. 1-074(P)       An Investigation of Ultradisperse Silver Iodide Reduction in Aqueous Solution, Z. M. Afanas’eva, O. V. Sergeyeva, G. P. Shevchenko, S. K. Rakhmanov, Institute of the Belarusian State University, BELARUS, [p. 158]

　
Tr. 1-075(P)      Formation of Filametary-Fiber Structures under Chemical Reduction of Silver Ions, G. A. Branitsky, Belarusian State University, BELARUS, [p. 160]

　
Tr. 1-076(P)      Investigation on Photogenerated Radicals of Some Carboxylates in Solution and in Aqueous Dispersion of AgBr, H. Guo, L. H. Yao. Y. Shi. J. R. Chen. W. F. Zhao, P. J. Xia, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, CHINA, [p. 162]

　
Tr. 1-077(P)       Colloid Protective Power of Two Types of Gelatin for Nano-sized AgBr/I Particles and Their Positron Annihilation Behaviors, Yue Jun, Huang Bixia, Zhou Tao, Wang Yue, Liu Suwen, Zhang Yiheng, School of Chemistry and Material Science, University of Science and Technology of China, CHINA, [p. 164]

　
Tr. 1-078(P)       Influence of Gelatin on the Sensitometric Properties of Monodisperse Photographic Emulsions, Fumiyuki Shiba ¹⁾, Shin-ichi Kunichika ¹⁾, Masakazu Sawada ¹⁾, Yusuke Okawa ¹⁾, Takashi Ohno ¹⁾, Hiroyuki Kobayashi ²⁾, 1) Graduate School of Science and Technology, 2) Faculty of Engineering, Chiba University, JAPAN, [p. 166]

　
Tr. 1-079(P)       The IR Spectroscopy Study on Silver-Binding Site of Gelatin, Huang Bixia ^l), Dong Yongping ^l), Yue Jun ¹⁾, Jiang Xiaoping ²⁾, 1) University of Science and Technology of China, 2) Anhui Provincial Institute of Geological Experiment, CHINA, [p. 168]

　
Tr. 1-080(P)       Radiochemical, Calorimetric and Spectroscopic Investigations of Photogelatins in the Presence of Additives, Achim Winzer ¹⁾, Manfred Rother ¹⁾, Heinz W. Zwanziger ¹⁾, 1) Martin-Luther-Universitat Halle-Willenberg, 2) FH Merseburg, University of Applied Science, GERMANY, [p. 170]

　
Tr. 1-081(P)      Increased Importance of Electrophoresis in Characterization of Photographic Gelatin, S. Aoyagi, J. Yamamoto, T. Satoh, Faculty of Engineering, Chiba University, JAPAN, [p. 171]

　
Tr. 1-082(P)      Proposal from PAG, Shinya Takahashi, Nitta Gelatin Inc., JAPAN, (173]

　
Tr. 1-083(P)      In Situ Hydrodynamic Spectroelectro-chemical Method and its Application to Determination of Disproportionation Rates of p-Phenylendiamines, Yuki Shindo, Fumiyuki Shiba, Yusuke Okawa, Takashi Ohno, Hiroyuki Kobayashi, Faculty of Engineering, Chiba University, JAPAN, [p. 175]

　
Tr. 1-084(P)       A Novel Multiple Image Assessment Method for Photographic Film, Rui-lin Zhu, Yu-tian Yang, Xian-he Cao, Jan Zhang, Wan-jun Wei, Ke Niu, Yu-zhe Zhang, Beijing Remote Sensing Information Institute, CHINA, [p. 177]

　
Tr. 1-085(P)      Scattering and Absorption of Light in a Multilayer Photographic Film, Valey A. Loiko, Vladimir V. Berdnik, Institute of Physics, the National Academy of Sciences, BELARUS, [p. 179]

　
Tr. 1-086(P)      Pulsed Optacoustic Effect in Photoemulsions and AgX Photophysics, Initial Processes of Latent Image Centres Formation, V. N. Zakharov ¹⁾, L. A. Aslanov ¹⁾, A. A. Karabutov ²⁾, N. B. Podymova ²⁾, H. Schenk ³⁾, 1) Dept. of Chemistry, Moscow State University, 2) Laser Center, Moscow State University, RUSSIA, 3) Dept. o Chemistry, University of Amsterdam, HOLLAND, [p. 180]

　
Tr. 1-087(P)       Recombination Interaction of the Centers of Luminescence in Silver Chloride under Different Conditions of Excitation and Stimulation, V. Klyuev, E. Kozitskaya, Voronezh State University, RUSSIA, [p. 182]

　
Tr. 1-088(P)      Influence of Slow Levels to Transport of Free Carriers of Charge in Silver Chloride, V. Kluyev, A. Korotaeva, N. Korobkina, Voronezh State University, RUSSIA, [p. 184]

　
Tr. 1-089(P)       Computer Simulation of Carriers’ Behavior During Photosensitive Process, Li Xiaowei, Sun Yuchen, Fu Guangsheng, Han Li, Ma Liqian, Zhang Lianshui, College of Physics Sciences and Technology, Hebei University, CHINA, [p. 186]

　
Tr. 1-090(P)       Cancel

　
Tr. 1-091(P)      Formation and Destruction of Sulfur-Silver Clusters Adsorbed on the Surface of Silver Chloride Microcrystals, T. Voloshina, A. Latyshev, L. Leonova, M. Efimova, E. Tatyanina, Dept. of Optics and Spectroscopy, Voronezh Stare University, RUSSIA, [p. 188]

　
Tr. 1-092(P)       Hypersensitization of Sulfur-Sensitized Emulsion by Benzotriazole, Yao Shi. Lin-hui Yao, Xin-min Yang, Wen-fang Zhao, Pei-jie Xia, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, CHINA, [p. 190]

　
Tr. 1-093(P)      Cancel

　
Tr. 1-094(P)       The Investigation of Effect of Fluorescence on the Sensitometric Properties of the Silver Halide Emulsions, C. Mora, L. Latacz, P. Nowak, B. Rajkowski, A. Drobnik, Institute of Physical and Theoretical Chemistry, Wroclaw University of Technology, POLAND, [p. 192]

　
Tr. 1-095(P)       The Mechanism of the Antifogging Action of Some Organic Heterocyclic Compounds in Chloride-rich Photographic Emulsion, Yuan Li ¹⁾, Jian Sun ¹⁾, Deyin Huang ²⁾, 1) Shanghai Filiale of China Lucky Film Corporation, 2) Shanghai Jiao Tong University, CHINA, [p. 194]

　
Tr. 1-096(P)      Discussion about Mechanism in Process of Sensitization of Direct Positive Sensitizing Material of Silver Salt, Cong Wenzhuo, Institute of Surveying and Mapping, University of Information and Engineering, CHINA, [p. 196]

　
Tr. 1-097(P)       Development of Pyrazolotriazole Magenta Coupler Using Intramolecular Hydrogen Bond for Higher Light Stability, Takatsugu Suzuki, Shinichi Daiba, Shuichi Sugita, Fumio Ishii, Konica Corporation, JAPAN, [p. 198]

　
Tr. 1-098(P)       Synthesis of Novel Polymethine Dyes, Zhao Zhenjiang, Horst Hartmann, Institute of China lucky Film Co., CHINA, [p. 200]

　
Tr. 1-099(P)       A Study on J-Aggregates of Cyanine Dyes Absorbed on AgBr Microcrystals, Tao Meng ¹⁾, Jing Zou ¹⁾, Xiaowei Li ¹⁾, Wenfan Yan ²⁾ Deyin Huang ²⁾, 1) Dept. of Physics, Hebei University, 2) Shanghai Jiao Tong University, CHINA, [p. 202]

　
Tr. 1-100(P)      A Dynamic Study on the J-Aggregation of Imidazolocyanine Dyes, Wenfan Yan 1), Ying Li ^l), Deyin Huang ¹⁾, Tao Meng ²⁾, Jing Zou ²⁾, 1) Shanghai Jiao Tong University, 2) China Lucky Film Group Co., CHINA, [p. 204]

　
Tr. 1-101(P)       A Study on the Ultrafast Processes of the Spectral Sensitization in Photography: Energy Transfer in J aggregates on AgBr Grains and Its Dependence on Aggregates Size, Ji-Won Oh ¹⁾, Shigeichi Kumazaki ^l), Igor V. Rubtsov¹⁾, Takeshi Suzumoto ²⁾, Tadaaki Tani ²⁾, Keitaro Yoshihara ¹⁾, 1) School of Materials Science, Japan Advanced Institute of Science and Technology, 2) Ashigara Research Laboratories, Fuji Photo Film Co., JAPAN, [p. 206]

　
Tr. 1-102(P)      Anomalous Absorption Spectra of Noble Metal Nano-Particles Covered with J-Aggregates of Cyanine Dye and Its Temperature Dependence, Tomoo Sato, Hirofumi Tanabe, Mitsuo Kawasaki, Department of Molecular Engineering, Graduate School of Engineering, Kyoto University, JAPAN, [p. 208]

　
Tr. 1-103(P)      Influence of Spectral Sensitization on Electrons Decay Characteristics in Silver Halide Emulsion, Yang Shaopeng ¹⁾, Fu Guangsheng ¹⁾, Li Xiaowei ¹⁾, Dong Guoyi ¹⁾, Han Li ¹⁾, Lu Xiaodong ¹⁾, Meng Tao ¹⁾, Ma Liqian ²⁾, 1) College of Physics Science & Technology, HeBei University, 2) China Lucky Film Company, CHINA, [p. 210]

　
Tr. 1-104(P)       Photoelectrons Decay Kinetics Mechanism of Spectral Sensitization in Silver Halide Emulsion, Fu Guangsheng ¹⁾, Yang Shaopeng ^l), Li Xiaowei ^l), Dong Guoyi ¹⁾, Meng Tao ¹⁾, Ma Liqian ²⁾, 1) College of Physics Science & Technology, HeBei University, 2) China Lucky Film Company, CHINA, [p. 212]

　
Tr. 1-105(P)        Cancel

　
Tr. 1-106(p)        Molecular Orbital Studies of Potential Latent Image Formation on Silver Bromide Surfaces, Pradeep Gutta, Roald Hoffmann, Cornell University, USA, (214]
　

TRACK 2 Imaging Materials and Systems

Programme Co-chairs: Kenichiro Nakamura, Tokai University;
Jun-ichi Hanna, Tokyo Institute of Technology

　
INTERACTIVE SESSION

Wednesday, May IS, 9:00-10:00 (4-min Oral Presentation), Room: lbuki
Wednesday, May IS, 10:50-12:20 (90 min. Poster Presentation), Room: Aso

Session Chairs: Jun-ichi Hanna. Tokyo Institute of Technology:
Kenichiro Nakamura, Tokai Universi

　
Tr. 2-001(P)      pH Colour Change Behaviour Based on Squaraine Dyes, Sooyoul Park ¹⁾, Seawha Oh ¹⁾, J. Griffiths ²⁾, 1) Dye, Dyeing & Finishing Centre, Korea Research Institute of Chemical Technology, KOREA, 2) Dept. of Colour Chemistry, University of Leeds, UK, (216]

　
Tr. 2-002(P)      A Latent Diazonium Compound: 3-Arylsulfonylbenzo[d]-1,2,3-triazin-4-one, Yohsuke Takeuchi, Yoshihiro Jimbo, Fuji Photo Film Co., Ltd., JAPAN, [p. 218]

　
Tr. 2-003(P)      New Cyan Color Forming Process with Photosensitive Diazonium Salts, Naoto Yanagihara, Kazunori Nigorikawa, Hiroshi Sato, Kozo Sato, Fuji Photo Film Co., Ltd. JAPAN, [p. 220]

　
Tr. 2-004(P)      Solvent Effects on Optical Properties and Morphologies of Cyanine Dye Film for DVD-R, Ping Chen, Junping Zhang, Shuyun Zhou, Technical Institute of Physics and Chemistry, CAS, CHINA, [p. 222]

　
Tr. 2-005(P)      Synthesis and Imaging Performances of a New Type PAC, Wang Xuefei, Liu Zhengping, Yu Shangxian, Department of Chemistry, Beijing Normal University, CHINA, [p. 224]

　
Tr. 2-006(P)      Research on Water Resistant Photosensitive Compositions for Screen Printing, Huang Yuli, Ruan Weiqing, Wang Shufang, Wang Tao, Niu Aijie, Beijing College of Material Science and Technology, University of Chemical Technology, CHINA, [p. 226]

　
Tr. 2-007(P)      An Investigation on Preparation Methods and Properties of Y-TiOPc Pigment, Wei-Min Zhang, Wen-Guang Wang, Jia-Ling Pu, Dept. of Printing &Packaging Engineering, Beijing Institute of Graphic Communication, CHINA, [p. 228]

　
Tr. 2-008(P)      Synthesis of a Cycle-structured Electron Transport Molecule and Its Xerographic Properties, Wen-Guang Wang ¹⁾, Wei-Min Zhan ²⁾, Jian-Xiang Yu ²⁾, Jia-ling Pu ²⁾, 1) Dept. of basic Science, 2) Dept. of Priming & Packaging Engineering, Beijing Institute of Graphic Communication, CHINA, [p. 230]

　
Tr. 2-009(P)      Characterization of Organic-Inorganic Low Dimensional Quantum Confinement Structures with PbX6 Octahedra, Kenjiro Teshima ^{1, 3)}, Yasuo Shirai ¹⁾, Masahiro Rikukawa ^{2, 3)}, Kohei Sanui ^{2, 3)}, 1) Department of Photo-Optical Engineering. Tokyo Institute of Polytechnics, 2) Department of Chemistry, Sophia University, 3) CREST, Japan Science and Technology Corporation. JAPAN, [p. 232]

　
Tr. 2-011(P)      The Mechanism and Kinetics of the Photochemical Formation of Colloidal Silver Nanoparticles in the Presence of Aromatic Carbonyl Compounds, Noritsugu Kometani, Hidenori Doi, Yoshiro Yonezawa, Graduate School of Engineering, Osaka City University, JAPAN, [p. 234]

　
Tr. 2-012(P)      The Analysis of the Harmful Factors and Study on the Control Techniques to the New Archival Materials, Tao Qin, Jing Xiukun, The Institute of Scientific and Technical Research on Archives, The State Archives Administration, CHINA, [p. 236]

　
Tr. 2-013(P)      The Ionization and Desorption Energies of Silver Adsorbed on Silver Chloride Crystals, Anatoly N. Latyshev, Oleg V. Ovchinnikov, Victor G. Klyuev, Sergey S. Okhotnikov, Dept. of Optics and Spectroscopy, Voronezh State University. RUSSIA, [p. 238]

　
Tr. 2-014(P)      Integrated Chemical Systems Based on Silver Halides, V. N. Zakharov, L. A. Aslanov, N.N. Alekhin, B. S. Bushuev, I. K. Kudryavtsev, H. Schenk, Department of Chemistry, Moscow State University, RUSSIA, [p. 240]

　
Tr. 2-015(P)      Nanochemical Aspects of the Photographic Processes with Physical Development, G.A. Ragoisha, V. V. Sviridov, G. A. Branitsky, Belarusian State University, BELARUS, [p. 242]

　
Tr. 2-016(P)      The Studies on the Mechanical Properties of Flexography Plate SIS Based, Xia Yuzheng, Shi Shuxian, Chen Yichi, Jiano Shuke, Beijing University of Chemical Technology, CHINA, [p. 244]

　
DISPLAY

Wednesday, May IS, 10:00-10:40. Room: Ibuki

Session Chair: Jun-ichi Hanna, Tokyo Institute of Technology 

　
Tr. 2-020          Characteristics of Backlighting Illuminator for LCD, Hui Ming, Shuhou Yamaguchi, Masahiro Nojiri, Yasuyuki Ishihara, Ken Toyota, Kenichiro Nakamura, Department of Electro Photo Optics. Tokai University, JAPAN, [p. 246]

　
Tr. 2-021          Color Sequential LCD with LED Backlight for Low Power Consumption and Better Color Reproducibility, Fumiaki Yamada, Hajime Nakamura, Yoshitami Sakaguchi, Yoichi Taira, Tokyo Research laboratory, IBM Research, JAPAN, [p. 248]

　
FUNCTIONAL MATERIALS AND SYSTEMS

Wednesday, May IS, 12:50-16:50. Room: lbuki

Session Chairs: Charles Kutahl, University of Georgia;
Yo Shimizu, National Institute of Advanced Industrial Science and Technology;
Pu Jia-Ling, Beijing Institute of Technology;
Ji Young Chang, Seoul National University 

　
Tr. 2-022          Hyper-Rayleigh Scattering as the Basis for Long-wavelength Sensitization of Imaging Materials – a Proposal, Matthew Goertz, M. R. V. Sahyun, Department of Chemistry, University of Wisconsin-Eau Claire, USA, [p. 250]

　
Tr. 2-023          Multi-component Doped Polymer Matrix and Its Xerographic Behaviors as Single-layered Devices, Jia-ling Pu, Wei-Min Zhang, Chun-Xiu Zhang, Dept. Printing &Packing Engineering, Beijing Institute of Technology, CHINA, [p. 251]

　
Tr. 2-024          How to Obtain the High Precision Interference Pattern, Zhao Bo, Sun Daohu, Yan lei, The Institute of RS&GIS, Peking University, CHINA, [p. 253]

　
Tr. 2-025          Liquid Crystalline Polymers with Linearly and Circularly Polarized Luminescence, Kazuo Akagi, Institute of Materials Science, Tsukuba University, JAPAN, [•••]

•••  abstract not available at time of publication

　
Tr. 2-026          Photoconductivity and Electroluminescent Characteristics for Doped Conjugated Polymers with Fullerens, T. Uchida ^1), S. Webster ²⁾, S. Hoshi ^{2, 3)}, R. Czerw ²⁾, D. L. Carroll ²⁾, M. Ohtsuka ¹⁾, 1) Department of Image Information Engineering, Tokyo Institute of Polytechnics, 2) Department of Physics and Astronomy, Clemson University, 3) Yazaki Meter Co., JAPAN, [p. 256]

　
Tr. 2-027          Polymerizable Liquid Crystals for Photoimaging, Ji Young Chang, Kiseok Chang, Chong Gi Hong, College of Engineering, Seoul National University, KOREA, [p. 258]

　
Tr. 2-028          Chiral Photochromic Dye and Its Combination with Cholesteric Liquid Crystals for Full-Color Imaging, Yasushi, Yokoyama, Yoshihisa Kurosaki, Toshiya Sagisaka, Department of Advanced Materials Chemistry, Yokohama National University, JAPAN, [p. 260]

　
Tr. 2-029          Infrared-Induced Domain Change of Columnar Liquid Crystal: a New Technology for Liquid Crystalline Alignment Control, Yo Shimizu ¹⁾, Hirosato Monobe ¹⁾, Manabu Heya ²⁾, Kunio Awazu ²⁾, 1) Mesophase Technology RG, National Institute of Advanced Industrial Science and Technology, 2) FEL Institute, Graduate School of Engineering, Osaka University, JAPAN, [p. 262]

　
Tr. 2-030          Carrier Transport Properties in a Novel Hybrid System Comprised of Liquid Crystalline Semiconductor and Crosslinked Polymer and Its Imaging Application, Naoki, Yoshimoto, Masahiro Funahashi, Jun-ichi Hanna, Imaging Science and Engineering laboratory, Tokyo Institute of Technology, JAPAN, [p. 264]

　
Tr. 2-031          Substituent Effect on the Photochromic Reactivity of Bis(2-thienyl)-perfluoro-cyclopentenes and a Gated Photochromic System, Kingo Uchida ¹⁾, Toyokazu Matsuoka ¹⁾, Seiya Kobatake ²⁾, Tadatsugu Yamaguchi ³⁾, Alexander Goldberg ⁴⁾, Shinichiro Nakamura ⁴⁾, Masahiro Irie ²⁾, 1) Faculty of Science and Technology, Ryukoku University, 2) Graduate School of Engineering, Kyushu University and CREST, 3) College of Engineering, Osaka Prefecture University, 4) Mitsubishi Chemical Corporation and ACT of JST, JAPAN, [p. 266]

　
Tr. 2-032          Photochemical Function of Hexaarylbiimidazole, Jiro Abe ¹⁾, Azusa Kikuchi ¹⁾, Tomokazu Iyoda ¹⁾, Masaki Kawano ²⁾, Yuji Ohashi ²⁾, 1) Dept. of Applied Chemistry, Graduate School of Engineering, Tokyo Metropolitan University, 2) Dept. of Chemistry, and Materials Science. School of Science and Technology, Tokyo Institute of Technology, JAPAN, [p. 268]

　
MEDICAL PHOTOGRAPHY

Tuesday, May 14, 9:00-12:00, Room: Ibuki

Session Chairs: Masao Matsumoto. Osaka University;
Hidetaka Arimura, Hiroshima International University

　
Tr. 2-033          The Characteristic of GAFCHROMIC MD-55 Dosimetry Media on the Irradiation of Electron Beam and Its Dosimetry by Image Scanner, M. Yamauchi, T. Tominaga, O. Nakamura, Faculty of Health Science, Hiroshima International University, JAPAN, [p. 270]

　
Tr. 2-034          Collimation Detection for Radiographs Using Plane Detection Hough Transform, Ikuo Kawashita ¹⁾, Masahito Aoyama ²⁾, Tomoaki Kajiyama ²⁾, Naoki Asada ²⁾, l) Faculty of Health Sciences, Hiroshima International University, 2) Faculty of Information Sciences, Hiroshima City University, JAPAN, [p. 272]

　
Tr. 2-035          Development of Computerized Method for Detection or Cerebral Aneurysms on Maximum Intensity Projection Images or Head MRA, Hidetaka Arimura ¹⁾, Takayuki Ishida ¹⁾, Kazuo Awai ²⁾, Daise Tahara ²⁾, Masanori Komi ²⁾, Sin-ichi Hori ²⁾, 1) Faculty of Health Sciences, Hiroshima International University, 2) Department of Radiology, Rinku General Medical Center, JAPAN, [p. 274]

　
Tr. 2-036          Effect of Scattered X Rays on Spatial Frequency Spectra of Signal Images Acquired by Using Imaging Plates, Kouji Maeda ¹⁾, Hidetaka Arimura ¹⁾, Ikuo Kawashita ¹⁾, Kaoru Morikawa ¹⁾, Takayuki Ishida ¹⁾, Masao Matsumoto ²⁾, Hitoshi Kanamori ³⁾, 1) Hiroshima International University, 2) Osaka University, 3) Prof. Emeritus, Kyoto Institute of Technology, JAPAN, [p. 276]

　
Tr. 2-037          Reduction of Patient Dose on Medical Radiographs Using Scattered X-rays, Hitoshi Kanamori, Yoshiyuki Asai ¹⁾, Yoshiaki Ozaki ²⁾, Atsushi Takigawa ³⁾, Hideaki Kubota ⁴⁾, Masao Matsumoto ⁴⁾, Prof. Emeritus, Kyoto Inst. Tech., 1) Kinki Univ. Hospital, 2) Kyoto Prefect. Police Hq., 3) Hiroshima Prefect. Coll. Health Sci., 4) Osaka Univ., JAPAN, [p. 278]

　
Tr. 2-038          Analysis of Imaging Property of Flat-Panel Detector, Masao Matsumoto, Koji Suekane, Yasunobu Ichimaru, Yuji Ogata, Kiyonari Inamura, Kouzou Kanai ¹⁾, Hitoshi Kanamori ²⁾, Osaka University, 1) Toyo Medic. Co. Ltd., 2) Prof. Emeritus, Kyoto Institute of Technology, JAPAN, [p. 280]

　
Tr. 2-039          Relationship between Radiographic Image Quality of Test Objects in a Mammography Phantom and Optical Density, Masao Matsumoto ¹⁾, Yasunobu Ichimaru ¹⁾, Koji Suekane ¹⁾, Keiko Imamura ²⁾, Norishige Ehara ²⁾, Yoshiharu Higashida ³⁾, Hitoshi Kanamori ⁴⁾, 1) Osaka University, 2) St. Marianna University, 3) Kyushu University, 4) Prof. Emeritus, Kyoto Institute of Technology, JAPAN, [p. 280]

　
Tr. 2-040          The Efect of Pressure on Fog Formation of X-ray Films, Wang Yong-ming ¹⁾, Cao Hou-de ²⁾, 1) Shanghai Photosensitive Material Co. Ltd, 2) Jinan District Central Hospital, Shanghai, CHINA, [p. 284]

　
FUNCTIONAL MATERIALS AND SYSTEMS

Tuesday, May 14、12:50-16:50, Room: Ibuki

Session Chairs: Hans-Joachin Timpe, Kodak Polychrome Graphics GmbH;
Huang Yuli, Beijing University of Chemical Technology;
Tomokazu Iyoda, Tokyo Metropolitan University;
Norihisa Kobayashi, Chiba University

　
Tr. 2-041          Research on A New Cationic Photoinitiator for Preparing Photosensitive Materials, Huang Yuli, Wang Tao, Liu ji, Ruan Weiqing, Niu Aijie, Beijing University of Chemical Technology, College of Material Science and Technology, CHINA, [p. 286]

　
Tr. 2-042          Group 8 Metallocene Photoinitiators: New Pathways for Photoinitiating Ionic Polymerization and Crosslinking Reactions, Charles Kutal ¹⁾, Yoshikazu Yamaguchi, ²⁾, Wei Ding ¹⁾, Xinyong Li 1), Cynthia T. Sanderson ¹⁾, I. Jonathan Amster ¹⁾, 1) Department of Chemistry, University of Georgia, USA, 2) JSR Corporation, Tsukuba Research Laboratory, JAPAN, [p. 288]

　
Tr. 2-043          Photoerasable Conducting Polyaniline Image and Its Photoelectric Properties, Norihisa Kobayashi, Atsushi Miyazaki, Shuji Fukai, Yeji Kim, Department of Information and Image Sciences, Chiba University, JAPAN, [p. 290]

　
Tr. 2-044          Photoelectrochemically Functional Nanostructures in Block Copolymer Thin Film, Tomokazu Iyoda, Yanqing Tian, Kazuhito Watanabe, Jiro Abe, Department of Applied Chemistry, Tokyo Metropolitan University, JAPAN, [p. 292]

　
Tr. 2-045          Relationship between the Molecular Structure and the Behavior of σ-Conjugated Polymers, Mitsutoshi Okano, Shin Totsuka, Keita Nakamura, Faculty of Engineering, Tokyo Institute of Polytechnics, JAPAN, [p. 294]

　
Tr. 2-046          IR Sensitive Layers for Manufacturing of Offset Printing Plates, Hans-Joachim Timpe, Kodak Polychrome Graphics GmbH, GERMANY, [p. 296]

　
Tr. 2-047          Application of Inclusion Compounds to Visible Light Emission Films, Kieko Harada, Masahito Kushida, Norihisa Kobayashi, Kazuyuki Sugita, Faculty of Engineering, Chiba University, JAPAN, [p. 298]

　
Tr. 2-048          Aggregates of Cyanine Dyes on the Semiconductor Electrodes: Sensitization Behaviour of Q-Sized Molecular Nanocrystals, D. V. Sviridov, Institute for Physico-Chemical Problems, Belarusian State University, BELARUS, [p. 300]

　
Tr. 2-049          Time-Resolved Spectroscopic Study on the Role of Charge Transport Materials in Photocarrier Generation Process in Layered Organic Photoreceptors, Yutaka Sasaki 1), Shoichi Yamaguchi ¹⁾, Takayuki Shoda ²⁾, Shinji Aramaki ²⁾, Tetsuo Murayama ²⁾, 1) Center for Analytical Chemistry and Science Inc., 2) Mitsubishi Chemical Corporation, JAPAN, [p. 302]

　
Tr. 2-050          Preparation and Photoelectronic Properties of MOPc/DEH Single-Layer Organic Photoconductor, Xianfu Wei, Jianmin Yan, Kejian Jiang, Zhenwen Di, Yanqiano Wang, Lianming Yang, Institute of Chemistry, the Chinese Academy of Sciences, CHINA, [p. 304]

　
Tr. 2-051          Highly Sensitive Luminescence Measurement for Determination of Very Low Quantum Yield of Singlet Oxygen Formation Photosensitized by Dyes and Pigments, Shoichi Yamaguchi ¹⁾, Kimiya Takeshita ²⁾, Yutaka Sasaki ¹⁾, Yukichi Murata ²⁾, Tetsuo Murayama ²⁾, 1) Center for Analytical Chemistry and Science. Inc., 2) Mitsubishi Chemical Corporation, JAPAN, [p. 306]
　

TRACK 3 Digital Photography

Programme Co-chairs: Shin Ohno, Tokyo Institute of Polytechnics:
Kazuhiro Takemura, Fuji Film

　
APPLICATION

Tuesday, May 14, 9:00-10:40, Room: Houou

Session Chair: Takao Abe, Konica

　
Tr. 3-001          A Comparison of the Image Stability of Digital Photographic Prints Produced by Various Desktop Output Technologies, D. E. Bugner, P. Artz, Eastman Kodak Company, USA, [p. 308]

　
Tr. 3-002          Application of CMOS Camera for Dimensional Measurements by Use of Diffraction Method, L. Leonova ¹⁾, W. Mirande ²⁾, A. Diener ²⁾, 1) Voronezh State University, Physical Faculty, RUSSIA, 2) Physikalisch-Teclrnische, Bundesanstalt, Braunschweig, GERMANY, [p. 311]

　
Tr. 3-003          Digital Phase Contrast X-Ray Imaging Using Practical X-Ray Tubes with Small Focal Spot Sizes, H. Ohara, C. Honda, A. Ishisaka, F. Shimada, MG R&D Center, Konica Corporation, JAPAN, [p. 313]

　
Tr. 3-004          Prospects for the Techniques of Digital Images, Chen lin, Yancheng Teachers College, CHINA, [•••]

••• abstract not available at time of publication

　
Tr. 3-005          The digital image industry and its influence in Chinese national culture Triune I Mode of Digital Imaging, On-line printing and E-business, L. Yan. D. Li ¹⁾, H. Xu ²⁾, T. Jing ²⁾, 1) Institute of Remote Sensing & GIS, Peking University, 2) Wuhan Himalaya Digital Imaging Technology Co. Ltd., CHINA, [p. 315]

　
IMAGE QUALITY ANO EVALUATION

Tuesday, May 14、11:00-12:00, Room: Houou

Session Chair: Kazuhiko Takemura Fuji Film

　
Tr. 3-006(V)     Image Quality Measurement and Modeling for Digital Photography, M. D. Fairchild, Munsell Color Science Laboratory, Chester F. Carlson Center for Imaging Science, Rochester Institute of Technology, USA, [p. 318]

　
Tr. 3-007          Error Analysis for Digital Image Acquisition and Signal Processing, P. D. Burns, Eastman Kodak Company, USA, [p. 320]

　
IMAGE QUALITY AND EVALUATION (CONTINUED)

Tuesday, May 14, 13:00-14:40、Room: Houou

Session Chair: Peter Burns, Eastman Kodak

　
Tr. 3-008          Digital Sensitometory – 2 – Comparison of Tone Reproduction with Digital and Analog Photo Prints, S. Ohno ¹⁾, A. Naito ¹⁾, M. Inui ²⁾, 1) Faculties of Arts Engineering, 2) Tokyo Institute of Polytechnics, JAPAN, [p. 322]

　
Tr. 3-009          Study on the Preferred Image Sharpness, T. Ashida, M. Tamaru, K. Takemura, Fuji Photo Film Co., Ltd., JAPAN, [p. 324]

　
Tr. 3-010          From Color Image Difference Models to Image Quality Metrics, G. M. Johnson, M. D. Fairchild, Munsell Color Science Laboratory Chester F. Carlson Center for Imaging Science, Rochester Institute of Technology, USA, [p. 326]

　
Tr. 3-011           Improving Color Constancy by Optimizing Spectral Sensitivity Functions, T. Noguchi, Ashigara Research Laboratories, Fuji Photo Film Co. Ltd., JAPAN, [p. 328]

　
Tr. 3-012          Color Encoding Specification Requirements for Improved Cross-Application Compatibility, J. Holm ¹⁾, K. E. Spaulding ²⁾, 1) Hewlett-Packard Company, 2) Eastman Kodak Company, USA, [p. 330]

　
IMAGE QUALITY AND EVALUATION (CONTINUED)

Tuesday, May 14, 14:50-16:50, Room: Houou

Session Chair: Yukio Okano, Sharp Corporation

　
Tr. 3-013          Image Quality Analysis Using Multidimensional Scaling, H. Kasahara ¹⁾, E. Montag ¹⁾, E. Hattenberger ²⁾,1) Seiko Epson Co., JAPAN, 2) Munsell Color Science Laboratory, Center for Imaging Science, Rochester Institute Technology, USA, [p. 332]

　
Tr. 3-014          Developing a New Psychophysical Experimental Method to Estimate Image Quality, K. Miyazaki ¹⁾, H. Umemoto ¹⁾, K. Kanafusa ¹⁾, K. Takemura ¹⁾, H. Urabe ¹⁾, K. Hirai ²⁾, N Toyoda ²⁾, K. Ishikawa ²⁾, T. Hatada ²⁾, 1) Fuji Photo Film Co. Ltd., 2) Faculty of Engineering, Tokyo Institute of Polytechnics, JAPAN, [p. 334]

　
Tr. 3-015          The Quality Potential of Photos in Digital and Conventional Photography, J. Heilmann, VTT Information Technology, FINLAND, [p. 336]

　
Tr. 3-016          Imperfection of Additive Color Mixture on LCD for Achromatic Colors, Y. Okano, N. Shiotani, Sharp Corporation, Technology Development Center, JAPAN, [p. 339]

　
Tr. 3-017          Surface Structure Analysis for Glossy Prints: Validation of Analytical Method, O. Ide, S. Tatsuoka, R&D Center, Document Product Company, Fuji Xerox Co. Ltd., JAPAN, [p. 341]

　
Tr. 3-018          Development of sRGB Ready Displays, H. Sugiura, S. Kagawa,H. Kaneko, Imaging Systems Laboratory, Mitsubishi Electric Corporation, JAPAN, [p. 343]

　
DIGITAL STILL CAMERA

Wednesday, May I5, 9:00-11:00, Room: Houou

Session Chair: Seisi Ohmori, Kodak Japan

　
Tr. 3-019          Characterisation of a Digital Camera for Heritage Photography, L. MacDonald, W. Ji, S. Bouzit, K. Findlater, Colour & Imaging Institute, University of Derby, UK, [p. 345]

　
Tr. 3-020          The Power Management Technique for a Compact Digital Camera, H. Ushiyama, T. Minaki, N. Kaedeoka, Camera & Digital Imaging Division, Konica Corporation, JAPAN, [p. 347]

　
Tr. 3-021          3.35M Pixel Interleaved Array (PIA) CCD Image Sensor with the Horizontal Charge Mixture Function, T. Misawa ¹⁾, N. Kubo ¹⁾, M. Inuiya ¹⁾, K. Ikeda ²⁾, T. Yamada ²⁾, 1) Fuji Photo Film Co. Ltd., 2)Fuji Film Micro Devices Co. Ltd., JAPAN, [p. 349]

　
Tr. 3-022          A Comparison Study of Estimation Methods for Digital Camera’s Spectral Sensitivity, Q. Chen, G. Hong, L. MacDonald, R. Luo, Colour & Imaging Institute, University of Derby, UK, [p. 351]

　
Tr. 3-023          Improved Evaluation of Image Resolution for Digital Cameras and Scanners, P. D. Burns, D. Williams, Eastman Kodak Company, USA, [p. 353]

　
Tr. 3-024          Fine Image Capturing with an Image Sensor Having Rectangular Pixels, K. Utagawa, Z. Chen, K. Ishiga, Core Technology Center, Nikon Co., JAPAN, [p. 355]

　
APPLIED DIGITAL PHOTOGRAPHY

Wednesday, May 15, 11:10-12:10, Room: Houou

Session Chair: Shin Ohno, Tokyo Institute of Polytechnics

　
Tr. 3-025(V)     Steps Toward the Full Potential of Digital Photography, J. Meyer, Hewlett-Packard Laboratories, Palo Alto California, USA, [p. 357]

　
Tr. 3-026          Color Image Processing on TA Print System, Y. Yamaguchi. T. Matama,　A. Ohkubo, Fuji Photo Film Co. Ltd., JAPAN, [p. 359]

　
APPLIED DIGITAL PHOTOGRAPHY (CONTINUED)

Wednesday, May 15, 13:00-14:40、Room: Houou

Session Chair: Jack Holm, Hewlett-Packard Company

　
Tr. 3-027          Image Processing of Printing Systems, T. Fujii, M. Ogata, Printer No. 1 Dept., e-Print Company, Sony, Co., JAPAN, [p. 361]

　
Tr. 3-028          The Management of Sharpness and Graininess Among Digital Images, K. Kagaya ¹⁾, M. C. Fredembach ²⁾, 1) Fuji Photo Film Co. Ltd., JAPAN, 2) Swiss Federal lnstitute of Technology Lausanne (EPFL), SWITZERLAND, [p. 363]

　
Tr. 3-029          Study of Optimum Design for Silver Halide Digital Print Media, K. Miyazawa, J. Ito, H. Sato, M. Miyoshi, Konica Corporation, JAPAN, [p. 365]

　
Tr. 3-030          Camera Lens Correction and Structure of Digital Minilab Service, J. Enomoto, Fuji Photo Film Co., Ltd., Miyanodai Technology Development Center, JAPAN, [p. 367]

　
Tr. 3-031          Light Stability of Gelatine Coatings, B. Köhler, Deutsche Gelatine-Fabriken Stoess AG, GERMANY, (p.369]

　
IMAGE PROCESSING ALGORITHM

Wednesday, May 15, 14:50-16:50, Room: Houou

Session Chair: Hiroaki Sugiura, Mitsubishi Electric

　
Tr. 3-032          Using JPEG 2000 in Future Digital Cameras: Advantages and Challenges, P Burns, S. Houchin, K. Parulski, M. Rabbani, Eastman Kodak Company, USA, [p. 371]

　
Tr. 3-033          A Method Determining Tone Conversion Characteristics of Digital Still Camera from Two Pictorial Images, M. Inui, T. Yamazoe, S. Noda. T. Okochi, Y. Azuma, S. Ohno, H. Kobayashi, Tokyo Institute of Polytechnics, Chiba University, JAPAN, [p. 373]

　
Tr. 3-034          Review and Implementation of Color Rendering Algorithms, J. Holm, Hewlett-Packard Company, Palo Alto CA, USA, [p. 375]

　
Tr. 3-035          Auto White Balance Algorithm Based Upon Estimating Color Temperature of Scene Illuminant, K. Takahasi, K. Miyazaki, F. Takemoto, T. Terashita, Fuji Photo Film Co. Ltd., JAPAN, [p. 377]

　
Tr. 3-036          Modeling the Opto-Electronic Conversion Function (OECF) for Application in the Stitching of Panoramic Images, D. Hasler, S. Susstrunk, Audiovisual Communications Laboratory, Swiss Federal Institute of Technology, SWITZERLAND, [p. 379]

　
Tr. 3-037          Issues Concerning the Transformation from Raw Digital Still Camera Data to Scene-Referred Data, I. Tastl. J. Holm, Hewlett-Packard Laboratories, Palo Alto, CA, USA, [p. 381]
　

TRACK 4 Color and Image Processing

Programme Co-chairs: Po-Chieh Hung, Konica Corporation;
Hideaki Haneishi, Chiba University

　
MULTISPECTRAL IMAGING (1)

Thursday, May16, 9:00-10:40, Room: Houou

Session Chair: Norimichi Tsumura. Chiba University

　
Tr. 4-001(V)      Spectral Imaging, J. Parkkinen ¹⁾, T. Jaaskelainen ²⁾, 1) Department of Computer Science, 2) Department of Physics, University of Joensuu, FINLAND, [p. 383]

　
Tr. 4-002          Estimation of Spectral Reflectance Using Statistical Characteristic of Object Classes, T. Uchiyama ¹⁾, M. Yamaguchi ²⁾, N. Ohyama ³⁾, N. Mukawa ⁴⁾, H. Kaneko ^5], 1) Telecommunications Advancement Organization of Japan, 2) Imaging Science & Engineering Laboratory, Tokyo Institute of Technology, 3) Frontier Collaborative Research Center, Tokyo Institute of Technology, 4) NTT Communication Science Laboratories, NTT Corporation, 5] Department of Information Science Faculty of Science, Toho University, JAPAN, [p. 385]

　
Tr. 4-003          Image Rendering of Paintings Based on Multiband Camera Data, N. Tanaka, S. Tominaga, Osaka Electro-Communication University, Department of Informatics. JAPAN, [p. 387]

　
Tr. 4-004          Data-Efficient Methods Applied to Spectral Image Capture, M. R. Rosen, F. H. Imai, M. D. Fairchild, N. Ohta, Munsell Color Science Laboratory, RJT, USA, [p. 389]

　
MULTISPECTRAL IMAGING (2)

Thursday, May 16, 11:00-12:00, Room: Houou

Session Chair: Francisco H. Imai, R.I.T.

　
Tr. 4-005          Correlation of Blockwise Filtering to Visual Quality in Lossy Compression of Multispectral Images, A. Kaarna ²⁾, J. Parkkinen ¹⁾, 2) Department of Information Technology, 1) Department of Computer Science, University of Joensuu, FINLAND, [p. 391]

　
Tr. 4-006          Color World by Non-Human Color Vision Revealed by Adaptive Color Scaling with Self-Organizing Map, Shigeki Nakauchi, Takayuki Niitsuma, Taichi Hayasaka, Shiro Usui, Department of Information and Computer Sciences, Toyohashi University of Technology, JAPAN, [p. 393]

　
Tr. 4-007          Creation of a Hyperspectral Image Set, S. Westland ¹⁾, M. Thomson ¹⁾, S. Wuerger ²⁾, L. Doherty ¹⁾, T. Yates ¹⁾, L. MacDonald ¹⁾, Q. Chen ¹⁾, 1) Colour & Imaging Institute, University of Derby, 2) Keele University, UK, [p. 395]

　
DIGITAL HALFTONING

Thursday, May 16, 13:10-13:50, Room: Houou

Session Chair: Hideaki Haneishi, Chiba University

　
Tr. 4-008(V)     Recent Progress in Digital Halftoning: From Theory to Applications, J. P. Allebach, School of Electrical and Computer Engineering Purdue University, USA, [p. 397]

　
MEDICAL IMAGING

Thursday, May 16, 14:00-15:00, Room: Houou

Session Chair: Hideaki Haneishi, Chiba University

　
Tr. 4-009          Improvement of Image Quality of Electro-Endoscope by Narrowing Spectral shapes of Observation Light, K. Gono ^{1, 2)}, M. Yamaguchi ²⁾, N. Ohyama ³⁾, 1) Olympus Optical Co. Ltd., 2) Imaging Sciences and Engineering Laboratory, Tokyo Institute of Technology, 3) Frontier Collaborative Research Center, Tokyo Institute of Technology, JAPAN, [p. 399]

　
Tr. 4-010          Hidden Pitfall in Medical Application of Multispectral Color Imaging, M. Nishibori, Clinical Laboratory, Tokyo Medical and Dental University Hospital, JAPAN, [p. 401]

　
Tr. 4-011           Color Prediction of Tattooed Skin and Clinical Validation, J. Hata ¹⁾, M. Shimada ²⁾, Y. Yamada ^{3, 4)}, A. Uchida ¹⁾, M. Itoh ^5], T. Yatagai ^5], 1) Institute of Clinical Medicine, University of Tsukuba, 2) Tokyo Institute of Psychiatry, 3) Department of Mechanical Engineering and Intelligent Systems, University of Electro-Communications, 4) Human Science and Biomedical Engineering, National Institute of Advanced Industrial Science and Technology, 5] Institute of Applied Physics, University of Tsukuba, JAPAN, [p. 403]

　
COLOR REPRODUCTION (1)

Thursday, May 16, 15:10-16:50, Room: Houou

Session Chair: Nathan Moroney.Hewle1t-Packard

　
Tr. 4-012          Color Spectra Mapping into Munsell Color Space, H. Laamanen, T. Jaaskelainen, J. Parkkinen, Department of Computer Science, University of Joensuu, FINLAND, [p. 405]

　
Tr. 4-013          3D Gamut Mapping by Comparison between Image and Device Gamut Description, R. Saito, H. Kotera, Department of Information and Image Sciences, Chiba University, JAPAN, [p. 407]

　
Tr. 4-014          Color Gamut Matching in Digital Photofinishing, L. Yan, M. Yan, S. Xiao, Y. Zhou, Peking University, CHINA, [p. 409]

　
Tr. 4-015          The Continuous Color Prediction Model based on Weighted Linear Regression, M. Sasaki, H. Ikegami, Fuji Xerox Co. Ltd., JAPAN, [p. 413]

　
Tr. 4-016           Development of Color Management System for Digital Color Proofing Systems, T. Hoshino, Konica Corporation, JAPAN, [p. 415]

　
COLOR REPRODUCTION (2)

Friday, May 17、9:00-10:40, Room: Houou

Session Chair: Naoya Katoh. Sony Corporation

　
Tr. 4-017(V)     Progress in Color Appearance Models, M. D. Fairchild, Munsell Color Science Laboratory Chester F. Carlson Center for Imaging Science, Rochester Institute of Technology, USA, [p. 417]

　
Tr. 4-018          Color Matching Functions and Blue Constancy, N. Moroney, Hewlett-Packard Laboratories, Palo Alto, California, USA, [p. 419]

　
Tr. 4-019          White-point Independent RGB Primaries for Color Image Encoding, S. Susstrunk ^{1, 3)}, C. Fredembach ¹⁾, J. Holm ²⁾, G. D. Finlayson ³⁾, l) LCAV, Swiss Federal Institute of Technology (EPFL), SWITZERLAND, 2) Hewlett-Packard Company, Palo Alto, USA, 3) School of Information Systems, University of East Anglia, UK, [p. 421]

　
Tr. 4-020          Comparison of Chromaticity Differences from Spectral Data, A. Kaarna, P Toivanen, T Hyypia, Lappeenranta University of Technology, Department of Information Technology, FINLAND, [p. 423]

　
COLOR REPRODUCTION AND MEASUREMENT

Friday, May 17, 11:00-12:20, Room: Houou

Session Chair: Makoto Fujino, Seiko Epson Corporation

　
Tr. 4-021          Using PCA to Reduce the Number of Bits Required to Represent Colour, P. Katemake ¹⁾, J. H. Nobbs ²⁾, 1) Department of Imaging and Printing Technology, Faculty of Science, Chulalongkorn University, THAILAND, 2) Department of Colour Chemistry, University of Leeds, UK (p. 425]

　
Tr. 4-022          Modeling and Estimation of Spectral Reflectance Characteristics of Fluorescent Object, H. Haneishi. R. Kamimura, Department of Information and Image Sciences, Chiba University, JAPAN, (p.427]

　
Tr. 4-023          Thermochromism of Fluorescent Colors, J. Mutanen, T. Jaaskelainen, J. Parkkinen, University of Joensuu, FINLAND, [p. 429]

　
Tr. 4-024          A Proposal of Medium-Illuminant Dependency Evaluation, Y. Yamaya, P.-C. Hung, Central Research Laboratory, Konica Corporation, JAPAN, [p. 431]

　
IMAGE PROCESSING (1)

Friday, May 17, 13:20-15:00, Room: Houou

Session Chair: Po-Chieh Hung, Konica Corporation

　
Tr. 4-025(V)     Color Appearance: A Spatial Computation, J. J. McCann, McCann Imaging, USA, [p. 433]

　
Tr. 4-026          Improvement of Image Quality for Negative Color Film with Extended-MSR, J. Bai, Y. Takematsu, N. Tsumura, Y. Miyake, Graduate School of Science and Technology, Chiba University, JAPAN, [p. 435]

　
Tr. 4-027          Tools for Local Colour Adjustment, P Laihanen. Helsinki University of Technology, FINLAND, [p. 437]

　
Tr. 4-028          Wavelet Thresholding with Higher-Order Statistics for Image Denoising, J. Y. Zhao, W. Zhang, S. Gai, College of Communications Engineering, Jilin University, CHINA, [p. 439]

　
IMAGE PROCESSING (2)

Friday, May 17, 15:10-16:50, Room: Houou

Session Chair: Kimiyoshi Miyata, National Museum of Japanese History

　
Tr. 4-029          Application of Pattern Analysis to Dendrochronology -Tree-ring Recognition Using Wavelets-, Takayuki Okohchi ¹⁾, Naokazu Aoki ¹⁾, Masao Inui ²⁾, Hiroyuki Kobayashi ¹⁾, 1) Faculty of Engineering, Chiba University, 2) Faculty of Engineering, Tokyo Polytechnics, JAPAN, [p. 441]

　
Tr. 4-030          Reproduction of Display Image, S. Leckner, Media Technology, Linköping University, Royal Institute of Technology, SWEDEN, [p. 443]

　
Tr. 4-031          Semi-S Curve Color Image Enhancement Based on Vision Adaptation, C.-Y. Chen, J.-J. Lee, Color Technology Lab. Opto-Electronics & System Laboratories, TAIWAN, [p. 445]

　
Tr. 4-032          Image Watermarking Based on Dither Modulation in Dual-Transform Domain, Shuozhong Wang, Xinpeng Zhang, Tian Ma, School of Communication and Information Engineering, Shanghai University, CHINA, [p. 451]

　
Tr. 4-033          Cancel

　
INTERACTIVE SESSION

Wednesday, May 15, 9:00 –10:40 (4-min Oral Presentation), Room: Fuji-West
12:30-14:00 (90 min. Poster Presentation), Room: Aso

Session Chairs: Takaomi Sekiya, Asahi Optical Co., Lid;
Nobutoshi Ojima, KAO Corporation;
Masaru Takeya, National Inst. of Agrobiological Resources

　
Tr. 4-101(P)      Image, De-Noising Based on Integer Wavelet Transform, Y. Mo, Z. Zhang, School of Communication and Information Engineering, Shanghai University, CHINA, [p. 453]

　
Tr. 4-102(P)      Gamut Mapping Based-on Color Space Division for Enhancement of Lightness Contrast and Chrominance, Y.-H. Cho ¹⁾, Y.-T. Kim ¹⁾, C.-H. Lee ²⁾, Y.-H. Ha ¹⁾, 1) Kyungpook National Universily, 2) Kyungwoon Universily, KOREA, [p. 455]

　
Tr. 4-103(P)      Psychology and Science Advance GUI Design, Harold Finkleman, ONETV Inc., CANADA, [•••]

••• abstract not available at time of publication

　
Tr. 4-104(P)      An Adjustment Method of Background Color for Translucent Objects Based on Wiener Estimation Technique, K. Miyata, Department of Museum Science, National Museum of Japanese History, JAPAN, [p. 457]

　
Tr. 4-105(P)      Color Prediction of Halftoning by Modified Neugebauer Equations, K. Jongpil ²⁾,J. Yamashita ¹⁾, T. Murakata, N. Tsumura, Y. Miyake, 2) Department of Information and Image Sciences, Chiba University, 1) Mitsubishi Paper Mills Limited, JAPAN, [p. 459]

　
Tr. 4-106(P)      Resolution Enhanced, Smooth FONT for Color LCD “LCFONT.C”, S. Okada, N. Koyama, Y. Asai, A. Kotani, System Technology Development Center, Sharp Corporation, JAPAN, [p. 461]

　
Tr. 4-107(P)       High Quality Imaging System – Beyond 8 Bits-, Y. Yoshida, Y. Yamamoto, Design Technology Development Center, Sharp Corporation, JAPAN, [p. 463]

　
Tr. 4-108(P)      Evaluation and Analysis of Appearance of the Object Surface Based on Goniophotometry, R. Chiba, N. Tsumura, Y. Miyake, Department of Information and Image Sciences, Chiba University, JAPAN, [p. 465]

　
Tr. 4-109(P)      Image Synthesis of Cosmetics Applied Skin Based on Optical Properties of Foundation Layers, N. Ojima, K. Yoshida, O. Osanai, S. Akazaki, Kao corp., JAPAN, [p. 467]

　
Tr. 4-110(P)      Imaging Techniques Learned from Paintings, H. Kubo ¹⁾, M. Yoshida ¹⁾, N. Aoki ¹⁾, M. Itnui ²⁾, H. Kobayashi ¹⁾, 1) Graduate School of Science and Technology, Chiba University, 2) Faculty of Engineering, Tokyo Institute of Polytechnics, JAPAN, (469]

　
Tr. 4-111(P)      On the Preferred Reproduction of Flesh Color in Japan and South Korea and Its Generation Dependence, M. Yamamoto ¹⁾, Y.-H. Lim ²⁾, N. Aoki ³⁾, H. Kobayashi ³⁾, 1) Environmental and Social Affairs Department, Chiba Prefectural Government, 2) Faculty of Art, Sang-Myung University, 3) Faculty of Engineering, Chiba University, JAPAN, (p, 471]

　
Tr. 4-112(P)      Calibration of Reproduction System on Base of MACINTOSH PC, P. Ponomarev ¹⁾, L. Leonova ²⁾, A. Anokhin ²⁾, 1) Digital Photo studio “Visir”, SIVMA, 2) Voronezh State University, Physical Faculty, RUSSIA, [p. 473]

　
Tr. 4-113(P)      Device Independent Gloss Reproduction and Its Evaluation, T. Ikeda ¹⁾, N. Tsumura ^{1, 2)}, Y. Miyake ¹⁾, 1) Department of Information and Image Sciences, Chiba University, 2) PRESTO, Japan Science and Technology corporation, JAPAN, [p. 475]

　
Tr. 4-114(P)      Color Calibration Using Artificial Neural Network Technique, Zhao Zhong Xu ¹⁾, Lu Jie ²⁾, Wei Jing Hua. l) Lucent Technologies Optical Networks (China) Co. Ltd., 2) School of Electronics and Information Engineering, Tongji University, CHTNA, [•••]

••• abstract not available at time of publication

　
Tr. 4-115(P)      Automatic and Rapid Image Registration between X-ray CT and SPECT Chest Images, N. Takita ¹⁾, H. Ue ¹⁾, H. Haneishi ¹⁾, H. Toyama ²⁾, N. Yamamoto ²⁾, T. Miyamoto ²⁾, Y. Mori ³⁾, 1) Department of Information and Image Sciences, Chiba University, 2) National Institute of Radiological Sciences, 3) Jikei University School of Medicine, IAPAN, [p. 477]

　
Tr. 4-116(P)      Genetic Analysis of Darker Modification of Yellow Agouti Coat Color in The Mouse, J. Suto, National Institute of Agrobiological Sciences, JAPAN, [p. 479]

　
Tr. 4-117(P)      Coding of Multispectral Color Image Sequences, P. Koponen ¹⁾,T. Jaaskelainen ²⁾, J. Parkkinen ¹⁾, 1) Department of Computer Science, 2) Department of Physics, University of Joensuu, FINLAND, [p. 481]

　
Tr. 4-118(P)       Developing Java SDK for Spectral Image Delivering Based on Generalized Color Matching Function, D. Nakao ¹⁾, N. Tsumura ^{1, 2)}, M. Hauta-Kasari ³⁾, J. Parkkinen ³⁾, Y. Miyake ¹⁾, 1) Department of Information and Image Sciences, Chiba University, JAPAN, 2) PRESTO, Japan Science and Technology Corporation, JAPAN, 3) Department of Computer Science, University of Joensuu, FINLAIND, [p. 484]

　
Tr. 4-119(P)      Broad-band Color Filter Design for Spectral Camera, M. Hauta-Kasari, P. Karttunen, Department of Computer Science, University of Joensuu, FINLAND, [p. 486]

　
Tr. 4-120(P)      Local De-texturing Technique in Multispectral Image Compression, V. Botchko ¹⁾, J. Parkkinen ²⁾, H. Kalviainen ³⁾, T. Jaaskelainen ⁴⁾, 1), 3) Department of Information Technology Lappeenranta University of Technology, 2) Department of Computer Science, University of Joensuu, 4) Department of Physics, University of Joensuu, FINLAND, [p. 488]

　
Tr. 4-121(P)      Development of Gonio-Spectral Imaging Software for Highly Accurate Digital Archive System, T.Senzaki ¹⁾, Y. Harada ¹⁾, K. Ishikura ¹⁾, J. Hayashi ¹⁾, N. Tsumura ²⁾, Y. Miyake ²⁾, 1) Mitsubishi Electric Microcomputer Application Software Co., Ltd., 2) Department of Information and Image Sciences, Chiba University, JAPAN, [p. 490]

　
Tr. 4-122(P)      Ordering of Color Spectra for Digital Image Enhancement, K. Miyazawa ¹⁾, J. Hakkarainen ¹⁾, J. Parkkinen ¹⁾, T. Jaaskelainen ²⁾, 1) Department of Computer Science, University of Joensuu, 2) Department of Physics, University of Joensuu, FINLAND, [p. 492]

　
Tr. 4-123(P)      Separation of Multi-Layered Color Components in Optical Micrograph by Using Transmittance Spectra, M. Takeya ¹⁾, C. Koopipat ²⁾, H. Sato ²⁾, N. Tsumura ²⁾, H. Haneishi ²⁾, Y. Miyake ²⁾, 1) National Institute of Agrobiological Sciences, 2) Graduate School of Science and Technology, Chiba University, JAPAN, [p. 494]

　
Tr. 4-124(P)      Cancel
　

TRACK 5 Digital Printing Technology

Program Co-chairs: Masaaki Yokoyama, Osaka University;
 Takashi Kitamura, Chiba University

　
Track Keynote Papers

Monday, May 13. 13:00-13:40, Room: Aso

　
Tr. 5-001V       (Track Keynote#1) Electrophoretic E-Paper* Michael McCreary, E-Ink Corporation, USA, [•••]

••• abstract not available at time of publication

　
Tuesday, May 14, 13:00-13:40, Room: Hodaka

　
Tr. 5-002V       (Track Keynote#2) Higher Resolution for Color Laser Printers and Copiers: Why and How, Andrew R. Melnyk, Xerox Corporation, USA, [p. 496]

　
Wednesday. May 15. 10:50-11:30. Room: Hodaka

　
Tr. 5-003V        (Track keynote#3) Trends of Tandem-type Color Laser Printer, Hajime Yamamoto, Color Printing Products & Technology Development Center, Matsushita Electric Industrial Co. Ltd., JAPAN, [p. 499]

　
Thursday, May 16, 10:10-10:50, Room: Hodaka

　
Tr. 5-004V        (Track Keynote#4) Phase Change Ink-jet Printing Developments, C. Wayne Jaeger, Xerox, Office Printing Business Unit, USA, [p. 501]

(* To be determined)

　
Technical Papers

　
ELECTRONIC IMAGING AND REWRJTABLE MARKING
Focused on Digital Paper

Monday, May 13. 13:50-16:50, Room:Aso

Session Chairs: Makoto Omodani, Tokai University;
Shuzo Hirahara, Toshiba Corp.;
Yoshihiko Hotta, Ricoh Co. Ltd.

　
Tr. 5-005(V)     (Focal) Development of Rewritable Card and Paper, Y. Hotta, Thermal Media Company, Ricoh Co. Ltd., JAPAN, [p. 503]

　
Tr. 5-006(V)     (Focal) Photoaddressable Electronic Paper, H. Arisawa, H. Harada, T. Kakinuma, T. Hikichi, N. Hiji, M. Koshimizu, T. Ishii, S. Yamamoto, H. Kobayashi, D. Tsuda, Document Products Company, Fuji Xerox, Co. Ltd., JAPAN, [p. 505]

　
Tr. 5-007          Electrical Twisting Sticks in a Transparent Tube, S. Maeda ¹⁾, K. Gocho ²⁾, M. Omodani ²⁾, 1) Advanced Technology Research laboratory, Oji Paper Company, 2) Department of Electro-Photo Optics, Faculty of Engineering, Tokai University, JAPAN, [p. 507]

　
Tr. 5-008          Cancel

　
Tr. 5-009          Electrochromic Properties of Cobalt and Cobalt oxide films prepared by the Electroreduction of [Co(NH₃)₅Cl]Cl₂, S. Sugiura, T. Kitamura, K. Hoshino, Faculty of Engineering, Chiba University, JAPAN, [p. 509]

　
Tr. 5-010          Electroluminescence Light Emission from Self-Organizing Molecular Semiconductor by using Slit Electrode, Y. Toko ^{1, 2)}, M. Funahashi ¹⁾, J. Hanna ¹⁾, 1) Imaging Science and Engineering Laboratory, Tokyo institute of Technology, 2) R&D Laboratory, Stanley Electric, Co. Ltd., JAPAN, [p. 511]

　
MARKING MATERIALS
Focused on Element for Future Color Toner; Pigment and Dye / Wax and Resin

Tuesday, May 14, 9:00-11:40、Room: Hodaka

Session Chairs: Toshihiko Oguchi, Morimura Chemicals Ltd.;
Katsuyoshi Hoshino, Chiba University;
Manabu Takeuchi, Ibaraki University

　
Tr. 5-011(V)      (Focal) The Evolution of Chemical Toner, Y Matsumura, Supply Business Company, Fuji Xerox Co. Ltd., JAPAN, [p. 513]

　
Tr. 5-012(V)     (Focal) High Quality Digital Printing with Finer Toners, M. Itaya, Imaging Technology Division, Ricoh Company, JAPAN, [p. 515]

　
Tr. 5-013(V)     (Focal) Color Pigments Designed for Digital Printing, H.-T. Macholdt, R. Baur, J. Geisenberger, Clariant GmbH, GERMANY, [p. 517]

　
Tr. 5-014(V)     (Focal) Urethane-Modified Polyester for Toner Binder, H. Hashimoto, Formulated Products Laboratory, Mitsui Chemicals, Inc. JAPAN, [p. 519]

　
Tr. 5-015          Rheological Properties of COC Toner Binder Resins, K. Berger, T. Nakamura ¹⁾, M. Bruch, Ticona GmbH, GERMANY, 1) Marketing Manager, Ticona, JAPAN, [p. 521]

　
OPTO-ELECTRONIC MATERIALS AND DEVICES

Tuesday, May 14, 13:50-16:40, Room: Hodaka

Session Chairs: Yoshikazu Nakayama, Osaka Prefecture University;
Mamoru Nozomi, Mitsubishi Chemical Corp.

　
Tr. 5-016(V)     (Focal) Development of Azo Pigments for High Performance Organic Photoconductors, T. Murayama, Science & Technology Research Center, Mitsubishi Chemical Corporation, JAPAN, [p. 523]

　
Tr. 5-017          Development of a Long-Life OPC, A. Itami, Office Document Company, Konica Corporation, JAPAN, [p. 525]

　
Tr. 5-018          Substituent Dependence and Orientation Effect on Carrier Trapping in Polysilane Films, T. Nagami, L. Pan, S. Akita, Y. Nakayama, Department of Physics and Electronics, Osaka Prefecture University, JAPAN, [p. 527]

　
Tr. 5-019          High Performance in Photorefractive Polymers and Their Application to Hologram Imaging Device, S. Tanaka, N. Nagayama, M. Yokoyama, Material and life Science, Graduate School of Engineering, Osaka University, JAPAN, [p. 529]

　
Tr. 5-020          Synthesis of New Photoresponsive Polymers Containing Azobenzene Group and Their Application to Rewritable Optical Data Storage Materials, Y.-K. Han ¹⁾, M.-J. Lee ²⁾, 1) Department of Chemistry, Hanyang University, 2) Center for Advanced Functional Polymers, KAIST, KOREA, [p. 531]

　
Tr. 5-021          Fabrication of Carbon Nanocoil Field-Emitters and Their Application to Display, L. Pan, T. Hayashida, Y. Nakayama, Department of Physics and Electronics, Graduate School of Engineering, Osaka Prefecture University, JAPAN, [p. 533]

　
Tr. 5-022          Charge Mobility Determination Using Electrostatic Charge Decay Technique, M.-K. Tse, I. Chen, Quality Engineering Associates, USA, [p. 535]

　
TRACK 3 / 5 JOINT SESSION INKJET AND THERMAL PRINTING (1)
Focused on Digital Photographic Printing

Tuesday, May 14, 9:00-11:50, Room: Fuji-West

Session Chairs: Eiichi Suzuki, Canon Inc.;
Akira Igarashi, Fuji Photo Film Co., Ltd.

　
JTr. 3/5-023(V) (Focal) Image Quality and Permanence in Digital Hardcopy Technology, R. Hoffmann, Ilford Imaging Switzerland GmbH, SWITZERLAND, [p. 537]

　
JTr. 3/5-024      Gas-fastness of Photographic Prints of EPSON PM-950C, K. Kitamura, H. Hayashi, Y. Oki, Seiko Epson Corporation TP R&D Division, JAPAN, [p. 539]

　
JTr. 3/5-025(V) (Focal) Ink Jet Photopapers for Digital Photography, A. Lavery, Felix Schoeller Digital Imaging, Glory Mill, ENGLAND, [p. 543]

　
JTr. 3/5-026(V) (Focal) Current Colorant Trends for Photograde Ink Jet Printing, P Wight, Avecia, UK, [p. 545]

　
JTr. 3/5-027      A Particle Size Effect of Pigmented Ink Jet Inks on Their Light Stability, A. Tomotake, M. Nakamura, T. Abe, IJT business Center, Konica Corporation, JAPAN, [p. 547]

　
JTr. 3/5-028      Image Stability of TA Paper, E. Sakai, F. Tabata, S. Sano, Fujinomiya Research Lab., Fuji Photo Film Co. Ltd., JAPAN, [p. 549]

　
TRACK 3 / 5 JOINT SESSION INKJET AND THERMAL PRINTING (2)

Tuesday, May 14、13:50-15:10、Room: Fuji-West

Session Chairs: Eiichi Suzuki, Canon Inc.;
Takao Abe, Konica Corporation

　
JTr. 3/5-029      Process and Image Stability by Tandem TOP-D Printing Technology, Y. Ohchi, K. Nago, T Aoyama, Y. Tani, N. Taguchi, AVC R&DD Group, AVC Company, Matsushita Electric Industrial Co. Ltd., JAPAN, [p. 551]

　
JTr. 3/5-030      Development of High Sensitivity Thermal Dye Transfer Media, D. Fukui, Dai Nippon Printing Co. Ltd., JAPAN, [p. 553]

　
JTr. 3/5-031      Chelating Thermal Dye Transfer Printing System, K. Fukumuro, Y. Ikehata, H. Watanabe, S. Mano, Consumer Imaging Company, Konica Corporation, JAPAN, [p. 555]

　
JTr. 3/5-032      Study of 1200dpi High Resolution Thermal Print Head, H. Terao, T Nakatani, N. Tsushima, I. Hibino, Alps Electric Co. Ltd., JAPAN, [p. 557]

　
INKJET AND THERMAL PRINTING

Tuesday, May 14. I5:30-16:40. Room: Fuji

Session Chairs: Eiichi Suzuki, Canon Inc.;
Takao Abe, Konica Corporation

　
Tr. 5-033(V)     Surface Modification of Pigmented Colorants and Applications to Digital Printing, P. Palumbo, Ink Jel Colorants Division, Cabot Corporation, USA, [p. 559]

　
Tr. 5-034          Dye Receiving Layer for Totally Chlorine-free IC Card Developed by Utilizing Electron-beam Curing Method, T. Takada ¹⁾, T. Miyata ¹⁾, Y. Shimizu ¹⁾, T. Minami ¹⁾, F. Jinno ¹⁾, K. Watanabe ²⁾, H. Fujii ³⁾, 1) Advanced Technology Laboratory, Oji Paper Company, 2) Research and Development Cenler, Nippon Zeon Company, 3) Nara Laboratory, Kyoeisha Chemical Company, JAPAN, [p. 561]

　
Tr. 5-035          Study of the Stick-slip Phenomenon in Thermal Dye Transfer Printing, Y. Shimizu, F. Jinno, Advanced Technology Research Laboratory, Oji Paper Company, JAPAN, [p. 563]

　
MARKING PROCESS (1)

Wednesday, May IS、14:10-16:50, Room: Hodaka

Session Chairs: Koji Hirakura, Ricoh Co. Ltd.;
Masahiro Hosoya, Toshiba Corp.;
Yasushi Sato, Canon Inc.;
Masatoshi Kimura, Fujitsu Limited

　
Tr. 5-036          Measurements and Analyses of Toner Motion in the Development Process, J. Hirabayashi, EP Technical Development Center, Canon Inc., JAPAN, [p. 565]

　
Tr. 5-037          Microscopic Visualization Analysis of the Interaction Between Toner Cloud and Airflow in Developer Unit, K. Uchida, Research and Development Center, Ricoh Company Ltd., JAPAN, [p. 567]

　
Tr. 5-038          A Numerical Analysis of Characteristics for Carrier Particle Behavior on Magnet Roll of a Two-Component Developer Unit in Electrophotography, N. Kuribayashi, R & D Laboratory, Hitachi Koki. Co. Ltd., JAPAN, [p. 569]

　
Tr. 5-039          Design of Electrophotographic Development Process by Numerical Simulation, T. Seko, S. Serizawa, T. Ito, Fuji Xerox Co. Ltd., JAPAN, [p. 571]

　
Tr. 5-040          Transfer Process Using Tri-state Transfer Belt, T. Mizuno, J. Hanna, Imaging Science and Technology, Tokyo Institute of Technology, JAPAN, [p. 573]

　
Tr. 5-041          The Influence of Flash Fusing Variables on Image Fixing Quality, Hussain A.-R., T. Hartuse, P. Oittinen, Laboratory of Media Technology, Helsinki University of Technology, FINLAND, [p. 575]

　
Tr. 5-042          Influence of Laser Diode Power Fluctuation on Image Quality in Xerographic Printing, K. Yamada, M. Ito, Document Products Company, Fuji Xerox Co. Ltd., JAPAN, [p. 577]

　
TRACK 4 / 5 JOINT SESSION

IMAGE QUALITY, PROCESSING AND COLOR

Wednesday, May 15, 14:10-16:50, Room: Fuji-West

Session Chairs: Makoto Matsuki, NIT Quaris Corp.;
Yasuhiro Yoshida, Sharp Corp.

　
JTr. 4/5-043(V) (Focal) Using Spatio-Temporal-Chromatic Visual Models for Optimization of Perceived Quality, S. Daly, Sharp Laboratories of America, USA, [p. 579]

　
JTr. 4/5-044      A Mathematical Modeling of the Photonic Dot Gains in Inkjet Images, S.-Y Chang, F.-W. Chou, Chinese Culture University, TAIWAN, [p. 582]

　
JTr. 4/5-045      Prediction of Image Reflectance Based on the Measurement of Mechanical and Optical Dot Gain, C. Koopipat ¹⁾, N. Tsumura ¹⁾, M. Fujino ²⁾, Y. Miyake ¹⁾, 1) Graduate School of Science and Technology, Chiba University, 2) Seiko Epson Corporation, JAPAN, [p. 584]

　
JTr. 4/5-046      Factors Affecting User Preference Visual Sharpness of Inkjet Images, A. Nutavej, K. Usayok, C. Vilaiyuk, S. Hosiri, Faculty of Science, Chulalongkorn University, THAILAND, [p. 586]

　
JTr. 4/5-047      Prediction of Visual Perception of Periodical Texture Component, T. Kajihara, M. Hino, S. Imakawa, DI Development Department, Imaging Technology Division, Ricoh Co. Ltd., JAPAN, [p. 588]

　
JTr. 4/5-048      Appearance Improvement of Color Image by Retinex Model, M. Fujita, M. Kobayashi, Y. Hashimoto, H. Kotera, Graduate School of Science and Technology, Chiba University, JAPAN, [p. 590]

　
MARKING PROCESS (2) INDUSTRIAL PRINTING
Focused on Industrial Printing

Thursday, May 16, 13:30-16:30, Room: Hodaka

Session Chairs: Yasuji Fukase, Fuji Xerox Co., Ltd.;
Haruo Iwahashi, Konica Corporation

　
Tr. 5-049(V)     (Focal) Digital Color Proofer Using Liquid Toner, M. Hosoya ¹⁾, M. Iida ²⁾, 1) Toshiba Corporation, R&D Center, 2) Toshiba Machine Co. Ltd., R&D Cen1er, JAPAN, [p. 592]

　
Tr. 5-050          Toner Concentration Analysis Model for Electrophotographic Developer with Viscous Fluid Flow Model, Y. Takuma ¹⁾, T. Mitsuya ¹⁾, K. Kataoka 2), H. Ueki ²⁾, T. Sugaya ²⁾, V. Rubek ³⁾, A. Ecer ⁴⁾, 1) R&D Lab. Hitachi Koki Co. Ltd., JAPAN, 2) Printing Systems Group, Hitachi Koki Co. Ltd., JAPAN, 3) Consultant and, 4) Purdue University, USA, [p. 594]

　
Tr. 5-051          A Study of the Relationship Between Drying State of Toner and Transfer Performance in the IOI Color Process Using Liquid Toner, A. Iida ¹⁾, Y. Shinjo ¹⁾, H. Nukada ¹⁾, S. Hirahara ¹⁾, N. Yoshikawa ²⁾, M. Hosoya ¹⁾, I) R&D Center, Toshiba Corporation, 2) Toshiba Digital Media Network Company, Toshiba Corporation, JAPAN, [p. 596]

　
Tr. 5-052          Development of a New Optical System for High Speed and High Resolution Color Scanner, M. Kikuchi, Document Products Company, Fuji Xerox Co. Ltd., JAPAN, [p. 598]

　
Tr. 5-053          High-Speed Printing Technology In Electrophotography, M. Katsukawa, Y. Tonomoto, K. Sato, M. Kimura, Priming System Div., File Systems Group, Fujitsu Limited, [p. 600]

　
Tr. 5-054          New Toner Replenishment System for Electrophotography, S. Muramatsu, N. Kasahara, N. Iwata, J. Matsumoto, Imaging Technology Division, Ricoh Co. Ltd., JAPAN, [p. 602]

　
Tr. 5-055(V)     (Focal) Business Color (TM) at 3000 Pages per Minute, W. P. Rayfield, Scitex Digital Printing, Inc., [p. 604]

　
IMAGE QUALITY, PROCESSING AND COLOR

Thursday, May 16, 13:30-16:40, Room: Fuji

Session Chair: Makoro Matsuki, NTT Quaris Corp.

　
Tr. 5-056(V)     (Focal) Intelligent Image Processing, H. Kotera, Department of Information and Image Sciences, Chiba University, JAPAN, [p. 606]

　
Tr. 5-057          Watermarking with Identifiability of Embedding Order, X. Zhang, K. Zhang, S. Wang, School of Communication and Information Engineering, Shanghai University, CHINA, [p. 608]

　
Tr. 5-058          Color Standard for Graphic Technology – ISO/Japan Color-, M. Kase ¹⁾, H. Mishina ²⁾, K. Yumiki ³⁾, Y. Takahashi ⁴⁾, S. Oshima ⁵⁾, 1) Graphic Arts Systems Marketing Div., Fuji Photo Film, 2) Muroran Institute of Technology, 3) Convener of Standardization Committee WG4 of the Japanese Society of Printing Science and Technology, 4) Professor emeritus – Tokai University, 5) Marketing & Sales Dept., Toyo Ink, JAPAN, [p. 610]

　
Tr. 5-059          An Estimation of Visual Color Under a Common Viewing Condition, K. Sakatani, T. Itoh, Minolta Co. Ltd., JAPAN, [p. 612]

　
Tr. 5-060          Direct Conversion from Colorimetric Values to Combinations of CMYK Values Using CK Space, T. Yamamoto, Electronic Information Engineering Division Takatsuki Laboratory, Minolta Co. Ltd., JAPAN, [p. 614]

　
Tr. 5-061          How to Design the Best Halftoning Pattern, N. Usui, I/O Systems Lab. Fujitsu Laboratories Ltd., JAPAN, [p. 616]

　
Tr. 5-062          Use of Machine Vision in Digital Printing Technology Development and Production, Y. Kipman, ImageXpert Inc., USA, [p. 618]

　
Tr. 5-063          Advanced Screened Halftone Detection Using Zero Crossing Edge and Object Based on Intensity Cumulative Histogram, Y. Adachi, M. Ohtsu, H. Yamamato, Sharp Corporation, JAPAN, [p. 620]

　
NOVEL PRINT1NG (1)

Focused on Future Imaging Technologies

Friday, May 17, 9:00-1I:40, Room: Hodaka

Session Chairs: Takashi Kitamura, Chiba University;
Yuji Hiraga, Imex

　
Tr. 5-064(V)     (Focal) Decolorable Ink, K. Sano, S. Takayama, S. Machida, N. Ikeda, Toshiba Corporation, JAPAN, [p. 622]

　
Tr. 5-065          The New Printing System Using the Materials of Reversible Change of Wettability, Y. Katano, K. Hara, Research and Development Center, Ricoh Co. Ltd., JAPAN, [p. 624]

　
Tr. 5-066          The Analysis of Imaging Mechanism of a New Printing System Using the Reversible Wettability, K. Hara. Y. Katano, Research and development center, Ricoh Co. Ltd., JAPAN, [p. 626]

　
Tr. 5-067(V)     (Focal) Compact and Low Power-Consuming Thermal Transfer Printer Unit for Built-in Use in Mobile Devices, S. Sagawai, Alps Electric Co. Ltd., JAPAN, [p. 628]

　
Tr. 5-068          Beyond Density and Color: Print Quality Measurement Using a New Handheld Instrument, J. C. Briggs, M.-K. Tse, Quality Engineering Associates, USA, [p. 630]

　
Tr. 5-069          The New Characteristics of Map Publishing Technology Companied With the Occurrence of Digital Map and GIS, R. Shi, Mapping and Surveying Institute, Information Engineering University, CHINA, [p. 632]

　
NOVEL PRINTING (2)
Focused on Future Imaging Technologies

Friday, May 17, 13:00-14:20, Room: Hodaka

Session Chairs: Takashi Kitamura, Chiba University;
Yuji Hiraga. Imex

　
Tr. 5-070(V)     (Focal) Manufacturing of Organic Flat Panel Display with Piezo-Based Ink Jet Technology, P. J. Frost, L. T. Creagh, Spectra Inc., USA (TBD), [p. 634]

　
Tr. 5-071          Effect of Pigment/Binder on Cotton Fabrics by Inkjet Inks. II. Pigment Treatments by Polymer Dispersion and Microencapsulation, L. Sapchookul ¹⁾, K. Shirota ²⁾, H. Noguchi ²⁾, S. Kiatkamjornwong ¹⁾, 1) Faculty of Science, Chulalongkorn University, THAILAND, 2) i-Printer Materials Development Center. Canon Inc., JAPAN, [p. 636]

　
Tr. 5-072             An Approach to Novel Capacitor-Controlled Digital Imaging Device, M. Yokoyama ¹⁾, N. Nagayama ¹⁾, K. Nakayama ¹⁾, M. Torii ²⁾, M. Ohta ²⁾, 1) Material and life Science, Graduate School of Engineering, Osaka University, 2) R&D Center, Ricoh Co. Ltd., JAPAN, [p. 638]

　
Tr. 5-073      Analysis on the Magnetic Force Under the High Pixel Density in the Magnetic Printer (2), N. Kokaji, Department of Electrical Engineering, Meisei University, JAPAN, [p. 640]

　
INTERACTIVE SESSION

Wednesday, May 15, 9:30-10:40 (4-min Oral Presentation), Room: Hodaka

Wednesday, May 15, 12:30-14:00 (90-min Poster Presentation), Room: Aso

　
MARKING MATERIALS/ OPTO-ELECTRONIC MATERIALS AND DEVICES

　
　
Tr. 5-074(P)      Tribocharging Polarity of Ferrite Powders, M. Ooyama, T Kashiwazaki, M. Takeuchi, Department of Electrical and Electronic Engineering, Ibaraki University, JAPAN, [p. 642]

　
Tr. 5-075(P)      Charge Control Ability of Phenylated Para Rosanilin in Toner Resin Binder, K. Suganami ¹⁾, M. Takeuchi ²⁾, T. Oguchi ³⁾, 1) Graduate School of Science and Engineering, Ibaraki University, 2) Faculty of Science and Engineering, Ibaraki University, 3) Technical Development Morimura Chemicals Ltd., JAPAN, [p. 644]

　
Tr. 5-076(P)      The Oily Ink Which Uses Encapsulated Pigment for Digital Printing, M. Nishimura, T. Furutani, N. Takao, New Material Group, Core Technology Center, Technology & Development Division, Hitachi Maxell, Ltd., JAPAN, [p. 646]

　
Tr. 5-077(P)      Mathematical Models of Toner Magnetic Permeability and Susceptibility, I. Padunchwit, Dynatec Company, THAILAND, [p. 648]

　
Tr. 5-078(P)      Crystal Structures and Photoconductivity of Dihydroxysilicon Phthalocyanine, Y. Kojima ¹⁾, T. Shoda ²⁾, T. Ohashi ³⁾, T Murayama ²⁾, 1) Yokohama Laboratory, Center for Analytical Chemistry and Science, Inc., 2) Science and Technology Research Center, Mitsubishi Chemical Corporation, 3) Specialty Products Department, Kashima Plant, Mitsubishi Chemical Corporation, JAPAN, [p. 650]

　
INKJET AND THERMAL PRINTING

　
Tr. 5-079(P)      A Study of New Pigment Precursor for Inkjet Applications, H. Ohya, S. Kida, T. Abe, Konica Corporation, Central Research Laboratory, JAPAN, [p. 652]

　
Tr. 5-080(P)      Effect of Pigment/Binder on Cotton Fabrics by Inkjet Ink. I. Pigment Treatments by Surfactant Dispersion and Surface Modification, L. Sapchooku ¹⁾, K. Shirota ²⁾, H. Noguchi ²⁾, S. Kiatkamjornwong ¹⁾, 1) Faculty of Science. Chulalongkorn University, THAILAND. 2) i-Printer Materials Development Center, Canon Inc., JAPAN, [p. 654]

　
Tr. 5-08l(P)       Effect of Pigmented Inkjet Inks on Types and Qualities of Fabric Printing, J. Komasatitaya ^l), K. Shirota ²⁾, H. Noguchi ²⁾, S. Kiatkamjornwong ¹⁾, 1) Faculty of Science, Chulalongkorn University, THAILAND, 2) i-Printer Materials Development Center, Canon Inc., JAPAN, [p. 656]

　
Tr. 5-082(P)      A New Braille Printing Media, H. Miyake, S. Take, M. Hayashi, Dai Nippon Printing Co. Ltd., JAPAN, [p. 658]

　
ELECTRONIC IMAGING AND REWRITABLE MARKING

　
Tr. 5-083(P)      Electrical Particle Movement in Toner Display, M. Yasuda, H. Nakayama, K. Hoshino, T. Kitamura, Information and Image Sciences Department, Faculty of Engineering, Chiba University, JAPAN, [p. 660]

　
Tr. 5-084{P)     Motion Characteristics of Electrical Twisting Sticks in a Transparent Tube as Display Elements for Digital Paper, K. Gocho ¹⁾, M. Omodani ¹⁾, S. Maeda ²⁾, 1) Department of Electro-Photo-Optics, Tokai University, 2) Advanced Technology Research Laboratory, Oji Paper Company, JAPAN, [p. 662]

　
Tr. 5-085(P)      Electrophoretic Movement of Particle Dispersed in Cooking Oil, T. Gan, K. Hoshino, T. Kitamura, Information and Image Sciences Department, Family of Engineering, Chiba University, JAPAN, [p. 664]

　
INTERACTIVE SESSION

Thursday, May 16, 9:00-10:00 (4-min Oral Presentation), Room: Hodaka

Thursday, May 16, 11:00-12:30 (Poster Presentation)、Room: Aso

　
MARKING PROCESS

　
Tr. 5-086(P)      Effect of Airflow and Iso-paraffin on Corona Discharge, H. Hayashi ¹⁾, Y. Hoshino ¹⁾, F. Koike ²⁾, 1) Nippon Institute of Technology, 2) Kitasato University, JAPAN, [p. 666]

　
Tr. 5-087(P)      Image-density-decrease Phenomenon in Electrophotographic Mono-component Developing Process, S. Sato, M. Takeuchi ¹⁾, Graduate School of Science and Engineering, Ibaraki University, 1) Department of Electrical and Electrical Engineering, Ibaraki University, JAPAN, [p. 668]

　
Tr. 5-088(P)      Development of User Friendly Color Registration Simulator, M. Yagi, K. Asuwa, Mechanical Engineering Research Laboratory, Hitachi Ltd., JAPAN, [p. 670]

　
Tr. 5-089(P)      System Simulation Model for Evaluating Color Registration, K. Asuwa, Mechanical Engineering Research Laboratory Hitachi Ltd., JAPAN, [p. 672]

　
Tr. 5-090(P)      A Scheme to Estimate Sheet Velocity Fed by a Driven Transfer Roller, O. Takehira, Y. Hayama, Research and Development Center, Ricoh Company Ltd., JAPAN, [p. 674]

　
Tr. 5-091(P)      Tribo-electric Charge Characteristics on Toner Particles via Shaker with DifferentArm Length, Y. Nakamura, Z. Ye, H. Yoshida, M. Kurosaki, K. Shinoyama, Y. Suzuki, Y. Terao, Nippon Institute of Technology, JAPAN, [p. 676]

　
IMAGE QUALITY, PROCESSING AND COLOR

　
Tr. 5-092(P)      Selective Reduction Method of the Mosquito Noise in JPEG Decoded Image, T. Shohdohji ¹⁾, Y. Sasaki ²⁾, Y. Hoshino¹⁾, 1) Nippon Institute of Technology, 2) ANDOR System Support Co. Ltd., JAPAN, [p. 678]

　
Tr. 5-093(P)      The Effect of Image Data Compression on the Tone Reproduction of Digital Prints, S. Ohno, A. Naito, M. Inui ¹⁾, Faculties of Arts and Engineering, 1), Tokyo Institute of Polytechnics, JAPAN, [p. 680]

　
Tr. 5-094(P)      Distribution of Sensitivity to Chroma in the Human Vision, H. Takamiya ¹⁾, M. Omodani ²⁾, Y. Takahashi ¹⁾, 1) Department of Electro-Photo-Optics. Tokai University, 2) Tokai University Future Science Technology Joint Research Center, JAPAN, [p. 682]

　
Tr. 5-095(P)      A Study of the New Active Noise Control (ANC) in a Copy Machine/Printer, M. Kasama, Research & Development Center, Fuji Xerox, JAPAN, [p. 684]

　
Tr. 5-096(P)      The Influence of Different Digital Printing Techniques on the Print Recycling Efficiency, Z. Bolanca ¹⁾, I. Bolanca ²⁾, A. Hladnik ³⁾, 1) Faculty of Graphic Arts, University of Zagreb, CLOATIA, 2) Faculty of Science, University of Zagreb, CROATIA, 3) Institute of Cellulose and Paper, SLOVENIA, [p. 686]

　
Tr. 5-097(P)      Least Square Convolution Mask for Image Restoration, S. Wang, X. Zhang, School of Communication and Information Engineering, Shanghai University, CHINA, [p. 688]

　
Tr. 5-098(P)      Digital and Network Printing, C. Wu. C. Yang, H. Li, Xi’an research Institute of Surveying and Mapping, CHINA, [p. 690]

　
Tr. 5-099(P)      Brief Introduction on the Fixing Level Testing Method of Electrostatic Duplication, M. Bi, H. Leng, China National Copying Machine Quality Supervision Test Center, CHINA, [p. 693]

　
Tr. 5-100(P)      Feature Preserving Method to Remove the Noises of Document Image, Zhang Peng Lin, Guan Ze Qun, School of Remote Sensing Information Engineering, Wu Han University, CHINA, [•••]

••• abstract not available at time of publication

　
Tr. 5-101(P)      Controlled Preparation of Chemically Produced Toner Particles by Suspension Polymerization with Hydrophobic Silica as Stabilizer, Y. Lee, M. Park, CI&T Co. ltd., KOREA, [p. 698]