RadTech Japan Activities In 2005-2007

The General Meeting of RadTech Japan

Sep. 28, 2005; The 23rd General Meeting of RadTech Japan

Sep. 29, 2006; The 24th General Meeting of RadTech Japan

Nov. 28, 2006; 20th Anniversary of RadTech Japan

No. of participants: 176

No. of guests to Party: 125 (Invited 10)

News Letters

May 2005; Issue of News Letter No.57

Aug. 2005; Issue of News Letter No.58

Nov. 2005; Issue of News Letter No.59

Feb. 2006; Issue of News Letter No.60

May 2006; Issue of News Letter No.61

Aug. 2006; Issue of News Letter No.62

Nov. 2006; Issue of News Letter No.63

Feb. 2007; Issue of News Letter No.64

May 2007; Issue of News Letter No.65

Aug. 2007; Issue of News Letter No.66

Lecture Courses

Jun.7,2005;       93rd Lecture Course (No. of participants:63 in Osaka)

Sep.29,2005;       94th Lecture Course (No. of participants:118 in Tokyo)

Nov.24,2005;       95th Lecture Course (No. of participants:75 in Tokyo)

Feb.23,2006;       96th Lecture Course (No. of participants:85 in Tokyo)

Apr.13,2006;       97th Lecture Course (No. of participants:77 in Tokyo)

Jun.9,2006;       98th Lecture Course (No. of participants:86 in Osaka)

Sep.28,2006;       99th Lecture Course (No. of participants:108 in Tokyo)

Nov.28,2006;       100th Lecture Course (No. of participants:176 in Tokyo)

Feb.22,2007;       101st Lecture Course (No. of participants:65 in Tokyo)

Apr.11,2007;       102nd Lecture Course (No. of participants:51 in Tokyo)

Jun.7,2007;       103rd Lecture Course (No. of participants:68 in Osaka)

Introductory Courses

July 5, 2005;       Introductory Course No.18 (No. of participants: 82 in Osaka)

July 19, 2005;       Introductory Course No.19 (No. of participants: 123 in Tokyo)

July 6, 2006;       Introductory Course No.20 (No. of participants: 73 in Osaka)

July 25, 2006;       Introductory Course No.21 (No. of participants:121 in Tokyo)

July 5, 2007;       Introductory Course No.20 (No. of participants: 86 in Osaka)

July 17, 2007;       Introductory Course No.21 (No. of participants:121 in Tokyo)

Study Courses for Young Members

Jun. 17, 2005;       Study Courses for young members (No. of participants 28 in Tokyo)

July 15, 2005;       Study Courses for young members (No. of participants 29 in Tokyo)

Sep. 15, 2005;       Study Courses for young members (No. of participants 24 in Tokyo)

Nov. 18, 2005;       Study Courses for young members (No. of participants 23 in Tokyo)

Jan. 19, 2006;       Study Courses for young members (No. of participants 24 in Tokyo)

Jun. 22, 2006;       Study Courses for young members (No. of participants 27 in Tokyo)

Aug. 23, 2006;       Study Courses for young members (No. of participants 32 in Tokyo)

Sep. 27, 2006;       Study Courses for young members (No. of participants 24 in Tokyo)

Nov. 14 2006;       Study Courses for young members (No. of participants 22 in Tokyo)

Jan. 19, 2007;       Study Courses for young members (No. of participants 29 in Tokyo)

Jun. 21, 2007;       Study Courses for young members (No. of participants 23 in Tokyo)

Aug. 24, 2007;       Study Courses for young members (No. of participants 25 in Tokyo)

Title Lists of Lecture Course in RadTech Japan

（After the RadTech Asia ’05）

The 93rd RadTech Lecture Course (Jun.7, 2005)

1)        Development of Photo-functional Photochromic Organic Crystal Materials

       Seiya Kobatake; Osaka City University

2)        Effects of Elastic Strain on Morphology of Photo-reactive Polymer Blends

       Qui Tran-Cong-Miyata; Kyoto Institute of Technology

3)        Design for Photo Patterning Materials

       Makoto Hanabata; KRI

4)        Thiol – ene type photocurable system

       Tokuaki Kawasaki; Sakai Chemical Industry Co., Ltd.

5)        Recent Trends for UV Wood Coatings

       Tetsuya Shirono; Chugoku Marine Paints, Ltd.

The 94th RadTech Lecture Course (Sep.29,2005)

1)        Fundamentals and Topics of UV Curable

       Kenichi Koseki, Chiba Univ.

2)        Introduction of New Chemical Substances Notifications in USA, EU, China and Japan

       Shizuka Hirakawa; Ciba Specialty Chemicals K.K.

3)        Photosensitive Insulating Materials

       Kenichi Azuma; SEKISUI Chemical Co.,LTD.

4)        China’s Market and Technology trend of Radiation Curing seen in RadTech 2005 in Shanghai

        Takashi Ukachi; JSR Corporation

The 95th RadTech Lecture Course (Nov.24,2005)

1)        Fundamentals and Applications of Nanoimprint

       Yoshihiko Hirai, Osaka Prefecture Univ.

2)        Application of UV Curing Technology to Optical Film for LCD -Development of Film to Expand the angle of Visibility “WV Film”

       Jun Watanabe; Fuji Photo Film Co.,Ltd.

3)        Novel type of bistable flexible display using Quick-Response Liquid Powder (QR-LPD)

       Itsuo Tanuma; Bridgestone Corp.

4)        Development of High-Performance Materials for Separation and Reaction in Bioprocessing by Radiation-Induced Graft Polymerization

       Kyoichi Saito; Chiba University

The 96th RadTech Lecture Course (Feb.23,2006)

1)        Direct Processing of Optical Waveguide from Silicone Resin using Vacuum-Ultraviolet Laser Radiation

       Masayuki Okoshi; National Defense Academy

2)        LED light―source High-Intensity UV-Curing machine

       Masafumi Isozakii; Matsushita Electric Works,Ltd.

3)        Photo-induced Orientation and Its Application

       Takeya Sakai; Hayashi Telempu Co.,Ltd.

4)        High Performance Adhesive Double Coated Tapes Using UV Irradiation

       Koji Kobayashi; Soken Chemical & Engineering Co.,Ltd.

The 97th RadTech Lecture Course (Apr.13,2006)

1)        Estimation of Free Volume Distribution in Polymers and its Anisotropy with Photo-Reactive Probe Technique

       Takashi Yamashita; Tokyo Univ. of Science

2)        Photocatalytic Lithography: Principles and Applications to Surface Patterning

       Tetsu Tatsuma; University of Tokyo

3)        The structure and the characterization of a new isocyanate　monomer

       Katsumi Murofushi; Showa Denko K.K.

4)        New Trends and Technology of Thin Film Coating and Coating Line

       Yoshinari Yasui, Yasui Seiki Co., Ltd

The 98th RadTech Lecture Course (Jun.9,2006)

1)        UV curable Liquid Crystal Materials and Their Application

       Ryushi Shundo; Chisso Petrochemical Corporation

2)        Three Dimensional Microfabrication Technology for Microsystems

       Osamu Tabata; Kyoto Univ.

3)        Adhesive Tapes for Manufacturing and Packaging IC Chips

       Jun Maeda; LINTEC Corp

4)        Manufacture of Microlens by 2P Method and UV-Curable Resin Used Therefore

       Kyoji Kitamura; Omron Co., Ltd.

5)        Micro Wiring Techniques Using Metal Nano Particles; Ink Jet & UV

       Yorishige Matsuba; Harima Chemical Inc.

The 99th RadTech Lecture Course (Sep.28,2006)

1)        The pursuit of rapid curing in UV cationic polymerization

       Yasushi Mizuta; Mitsui Chemicals, Inc.

2)        UV Cationic Curing Properties of Alicyclic Epoxy Compounds

       Hideyuki Takai; Daicel Chemical Industries, Ltd.

3)        Soft-optoelectronics Materials: Polymer Broad-band Wavelength Selector for Wavelength-division Multiplexing Telecommunications

       Tatsuo Wada; RIKEN

4)        Highly Efficient Organic Thin-Film Solar Cells

       Kazuhiro Saito; National Institute of Advanced Industrial Science and Technology

The 100th RadTech Lecture Course (Nov.28,2006)

1)        Current and Future Activities of RadTech Japan

       Tadatomi Nishikubo, Kanagawa Univ.

2)        Past and Future of RadTech Japan - 20th Anniversary -

       Yoneho Tabata, Nuclear Systems Asso. ・ Japan Radioisotope Asso.

3)        UV Curing - A Global Perspective of the Current Reality, Innovations and Emerging Applications

       David Harbourne; FUSION UV SYSTEMS.INC

4)        Twenty Years Advancement in Photoinitiators - Opening New Opportunities for Radiation Curing

       Kurt Dietliker; Ciba Specialty Chemicals Inc

5)        Overcoming Limitations of UV-coatings Technology for the Automotive Industry

       Sven Titusson; BASF　Auxiliary Chemicals Co., Ltd

6)        Photosensitive Materials and Electronics－Current & Future－

       Shigeru Hayashida, Hitachi Chemical Co., Ltd.

7)        Applications and Perspectives of UV Curing Technology for Opto-Electric Materials

       Tsuyoshi Watanabe, JSR Co., Ltd

8)        Developments of Radiation Technology at DNT

       Ryohei Takiguchi, Dai Nippon Printing Co., Ltd

The 101st RadTech Lecture Course (Feb.22,2007)

1)        Development of Photosensitive Surface Modifying Agents and its Application to Organic Thin Film Transistor

       Kazuo Yamaguchi; Kanagawa University

2)        Development of functional polymer by radiation grafting technique

       Noriaki Seko; Japan Atomic Energy Agency

3)        Curing Speed Control and Incidence of Delayed Curing at the Photo-induced Cationic Polymerization

       Satoyuki Chikaoka; ADEKA Corp.

4)        Halogen-free flame retardant acrylic oligomers

       Toru Konishi; Nihon Cytec Industries Inc.

5)        Development of CNT Emitter Device for FED

       Yasumasa Takeuchi; International Center for Materials Research

The 102nd RadTech Lecture Course (Apr.11,2007)

1)        Temperature-Responsive Culture Surfaces Fabricated by EB Irradiation

       Masayuki Yamato; Tokyo Women’s Medical University

2)        Outline of Photo-nanoimprinting Technology

       Yoshihiko Hirai, Osaka Prefecture Univ.

3)        Functional Nanostructure Formation by Ion Irradiation to Polymeric Materials

       Shu Seki; Osaka University

4)        Expected Ion Implantation Technologies in the Fabrication of Advanced LSI Transistors towards the 45nm Node and beyond

       Michiro Sugitani; SEN – an SHI-Axcelis Company

The 103rd RadTech Lecture Course (Jun.7,2007)

1)        Micropatterning of Sol-Gel Derived Inorganic-Organic Hybrid Films

       Kiyoharu Tadanaga; Osaka Prefecture University

2)        Polymer Films Incorporating Patterned Domains of Uniformly Aligned Liquid Crystalline Semiconductors :Fabrications by Two Photonic Processes with Infrared and UV irradiations

       Yo Shimizu; National Institute of Advanced Industrial Science and Technology

3)        Fluorene Derivertives for Optical Resins

       Shinichi Kawasaki; Osaka Gas Chemicals

4)        Photo reactivity for Vinyl ether Compounds

       Tomohiko Sato; Maruzen Chemicals