Light Sources Workshop

13-14 September 2005

Center for Information Technology (CITE) , Ehime University

updated on 1st of November


What's New?

Presentation slides or posters are able to be downloaded below.

File No. First author Co-authors Affiliation Title
Invited
I01 Robin Devonshire - University of Sheffield Light Source Science & Technology in the 21st Century
PDF
20 MB
I02 Georges Zissis - Toulouse 3 University State of Art in the Science and Technology of Electrical Discharge Light Sources
I03 Yosuke Sakai Haruaki Akashi, Akinori Oda, Hirotake Sugawara and Satosi Uchida Hokkaido University Modeling of Light Source Plasmas
I04 Dae-Hee Park Jong-Kyung Yang, Jong-Chan Lee, Yong-Sung Choi and Myung-Keun Hwang Wonkwang University Dependency on Antenna Properties of ICP Electrodeless Lamp
PDF
1 MB
I05 Akihiro Kono Tomoyuki Shibata and Mitsutoshi Aramaki Nagoya University Characteristics of Atmospheric-pressure Microgap Glow Discharge Excited by Microwave Aiming at VUV Light Source
PDF
0.5 MB
I06 Tetsuya Kitagawa Mitsuru Ikeuchi, Yukihiro Morimoto, and Fumihiko Oda Ushio Inc. Study of Audible Sound Generation Mechanism Accompanied by Flash Lamp Operation
PDF
23 MB
I07 Masahiko Kase Toshiyuki Sawa, Yuichiro Iwama ORC Manufacturing Co., Ltd. Influence of Plural Loads on Rupture of the Sealed Parts in Super High Pressure Mercury Discharge Lamps
Oral
O01 Akimitsu Hatta Keishi Yanai Kochi University of Technology VUV Emission and Self-absorption of CO Gas Discharge
PDF
1.5 MB
O02 Masafumi Jinno Shuji Takubo, Yuji Hazata, Spiros Kitsinelis, Hideki Motomura Ehime University Mercury-free Nitrogen Fluorescent Lamps
PDF
1.5 MB
O03 Kenji Teranishi Haruo Itoh Chiba Institute of Technology A Compact Excimer Lamp Constructed by Piezoelectric Transformer
PDF
3 MB
O04 Hideki Motomura Kenjiro Toryu, Tadashi Murakami, Masahiro Okamoto, Yuko Imai, Terukazu Matsugi and Masafumi Jinno Ehime University Improvement of Luminance and Efficacy of Mercury-free Xenon Fluorescent Lamps by an Auxiliary External Electrode and its Laser Diagnostics
O05 Khokan C. Paul Tetsu Takemura, Tatsumi Hiramoto, Masaki Yoshioka, Tatsushi Igarashi Ushio Inc. 3-D Modeling of Horizontally Burning HID Lamp in Ar-Hg Mixture
N/A O06 Yuji Takeda Ryota Kitamoto, Tadao Uetsuki, Osamu Fukumasa Harison Toshiba Lighting Corp. The investigation of the CCFL's cathode fall voltage characteristics
Poster
P01 Gi-Seung Choi Jong-Kyung Yang, Jong-Chan Lee, Yong-Sung Choi and Dae-Hee Park Wonkwang University The Electron Temperature and Density Properties of Mixed Gases in ICP Lighting System : (Ne:Xe, Ne:Ar)
P02 Seong-jin Lee Jong-Kyung Yang, Jong-Chan Lee, Yong-Sung Choi and Dae-Hee Park Wonkwang University Brightness Characteristics for the Input Frequency of an External Electrode Fluorescent Lamp (EEFL)
P03 Kwang-Hyeon Pack Jong-Kyung Yang, Jong-Chan Lee, Yong-Sung Choi and Dae-Hee Park Wonkwang University Xe Plasma Property with Flat Lamp by Langmuir Probe
P04 In-Sung Her Yong-Sung Choi, Jong-Chan Lee, Myung-Keun Hwang and Dae-Hee Park Wonkwang University Distribution of Electron Temperature and Density in the Xe based ICP
P05 Yong-Sung Choi Jong-Chan Lee, Sang-Heon Lee and Dae-Hee Park Wonkwang University Electromagnetic Simulation and Electrical Characteristics for Electrodeless Fluorescent Lamps
P06 Yong-Sung Choi Jong-Chan Lee, Sang-Heon Lee and Dae-Hee Park Wonkwang University Electromagnetic Field Distribution of Electrodeless Fluorescent Lamps and Analysis of Electrical Properties
P07 Makoto Hamamoto - Oita University Increment of Ignition Voltage of a Fluorescent Lamp under Light Irradiation of Spectral Lamps
P08 Haruaki Akashi Akinori Oda and Yosuke Sakai National Defense Academy Effect of Secondary Electron Emission on Uniform Discharges in Dielectric Barrier Discharge Excimer Lamp
P09 Susumu Suzuki Haruo Itoh Chiba Institute of Technology Secondary Ionization Coefficient and Electron Reflection Coefficient of MgO Film Electrodes in Ar
P10 Keishi Yanai Akimitsu Hatta Kochi University of Technology VUV emission from pulse modulated CO gas discharge
PDF
1 MB
P11 Kazunori Kadowaki Sakae Nishimoto, Isamu Kitani Ehime University Spectroscopic Measurement of Faint Light Produced by Rapid Separation of an Adhesive Tape
PDF
1 MB
P12 Masahiro Okamoto Kenjiro Toryu, Hideki Motomura and Masafumi Jinno Ehime University Characteristics of a Multi-pairs of Electrodes Flat Lamp
PDF
1 MB
P13 Tadashi Murakami Hideki Motomura and Masafumi Jinno Ehime University Fundamental Research for New Far-Infrared Coherent Light Sources
PDF
1 MB
P14 Terukazu Matsugi Masahiro Okamoto, Hisayoshi Kurokawa, Hideki Motomura and Masafumi Jinno Ehime University Plasma Measurement of Mercury Free Fluorescent Lamp with Auxiliary External Electrode by Laser Absorption Spectroscopy
PDF
1 MB
P15 Hidefumi Taniuchi Masashi Watanabe, Hideki Motomura and Masafumi Jinno Ehime University Optimization of Pulsed Voltage Waveform for a Barrier Discharge Lamp with an Inner Electrode
PDF
1 MB
P16 Yuko Imai Sho Iwaki, Hisayoshi Kurokawa, Hideki Motomura and Masafumi Jinno Ehime University Measurement of Pulsed Xenon Discharge Fluorescent Lamp with Auxiliary External Electrode by Laser Induced Fluorescence
PDF
1 MB
P17 Ryoji Miki Yuki Narukawa, Hideki Motomura and Masafumi Jinno Ehime University Light Source Using Electrodeless Discharge
PDF
1 MB
P18 Yusuke Muguruma Tatsuya Matsuda, Shuji Takubo, Hideki Motomura and Masafumi Jinno Ehime University Development of Mercury-free Fluorescent Lamps Using Double Helical External Electrodes
PDF
1 MB
P19 Shigeki Taniguchi Ka Hong Loo, Hideki Motomura and Masafumi Jinno Ehime University One Dimensional DC Mercury-Argon Fluorescent Lamp Model
PDF
1 MB
P20 Ahmad Nazri Akira Kondo, Shuji Inui, Hideki Motomura and Masafumi Jinno Ehime University Mode Transition in Xenon ICP Discharge Lamp
P21 Satoshi Nimata Tadao Uetsuki Tsuyama National College of Technology Study of Plasma Characteristics of Electrode-less Lamp
P22 Takayuki Misu Jun Yanai, Miki Goto and Toshihiko Arai Kanagawa Institute of Technology Study of Electrode Material for LCD Backlighting
P23 Kazuhiro Fukushima Miki Goto and Toshihiko Arai Kanagawa Institute of Technology Characteristics of Lamp for Various Ar Concentration in Ne-Hg Discharge Plasma

Workshop Program (Time Table) Download PDF Version from Here! (as of 09/09/2005)

List of Papers Download PDF Version from Here! (as of 31/08/2005)

Call for Paper
Please download from here (PDF 207kB)
Brief Version of Call for Paper in Chinese (PDF 9kB)
Chinese Version Here!

Contribution Papers
Please use the MS-Word template file for Journal of Light & Visual Environment (JLVE)
Please download from here
Each Contribution Paper must be prepared in 2 - 6 pages. We encourege authours to submit their papers to the Journal of Light & Visual Environment (JLVE). In order to make the prepairation for submission easy, the proceeding of the Workshop uses the same style as JLVE. By using this template file, authours can easily submit their contribution papers for the Workshop to the Journal of Light & Visual Environment. We are planning to issue JLVE special issue for the Light Sources Workshop.
Please send your manuscripts by an e-mail to LSW@mayu.ee.ehime-u.ac.jp

General Sessions

  1. Low-Pressure Discharge Light Sources
  2. High-Pressure and Ultra High-Pressure Discharge Light Sources
  3. Modelling and Simulation
  4. Diagnostics
  5. Novel Light Sources and Solid Light Sources

Invited Speakers


Registration and Registration Fee

[Registration]
Please download the registration form from here (MS-Excel 25kB), fill and send it back by e-mail to LSW@mayu.ee.ehime-u.ac.jp or by FAX to +81 89 927 9790.

[Registration Fee
]
Please pay at the registration desk at the conference place on the conference day.
Category Fee
Registration Fee Non Student 5,000 Yen
Student 3,000 Yen
Additional Proceedings 3,000 Yen

Access to the Center for Information Technology, Ehime University

To Matsuyama Air Port
Direct Flights from Seaul and Shang-Hi to Matsuyama are abailable. Numbers of domestic flights from Tokyo (HND : Haneda AP), Osaka (both ITM : Itami AP and KIX : Kansai AP) and Fukuoka (FUK : Fukuoka AP) are available.

from Matsuyama Air Port to Ehime University
Please travel to JR Matuyama Railway Station by the Airport Limousin (every 20min.). It takes about 15min. Then take a trum (Loop-Line) and get off at Teppo-cho(Gun-town) station or Nisseki-mae(Red-Cross Hospital). Both stations are in front of the Ehime University. You can reach the Workshop Place, the Center for Information Technology after 5min work in the campus.

Maps and Imformation
Campus Map : http://www.ehime-u.ac.jp/English/location/map_j.html
University Location : http://www.ehime-u.ac.jp/English/location/map.html
Ehime University : http://www.ehime-u.ac.jp/English/index.html
Matsuayam city office web cite : http://www.city.matsuyama.ehime.jp/eng/index.html


Accommodation

There are many Western style hotels in city centre and the price is in various ranges. Also in Dogo many Japanese traditional Ryokan-Style accommodations are abailable. The Ehime University COOP travel desk helps you to find your accommodation. Please ask details to them. (e-mail : travel@ehimedas.com)


Contacts (Local Organizers)

Dr. Hideki Motomura (Secretary)
Prof. Masafumi Jinno (Chair)

Department of Electrical and Electronic Engineering, Ehime University
3 Bunkyo-cho, Matsuyama, Ehime 790-8577, JAPAN
Telephone : +81 89 927 8577 / 9769
FAX : +81 89 927 9790
e-mail : LSW@mayu.ee.ehime-u.ac.jp mail address has been changed to LSW_new from LSW