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産業技術総合研究所 中部センター、2004年7月16日(金)
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| <<プログラム>> |
| 10:30 |
開会の辞
神崎 修三 (産総研) |
| 10:40 |
新規な排気ガスセンサ
Ralf Moos (バイロイト大学、ドイツ) |
| 11:20 |
空気質モニタリングネットワーク用ガスセンサの開発
Marie-Isabelle Baraton (リモージュ大学、フランス) |
| 12:00
-13:00 |
昼食 |
| 13:00 |
PTCR-COガスセンサ
Zhi-Gang Zhou (精華大学、中国) |
| ナノテクを用いたガスセンサ開発 |
| 13:40 |
化学センサ応用のためのナノレベルで構造制御した金属酸化物及び複合体の作製と特性
Pelagia-Irene Gouma (ニューヨーク州立大学、アメリカ) |
| 14:20 |
メソ及びナノポーラス酸化物半導体ガスセンサ
Yasuhiro Shimizu (清水康博、長崎大学) |
| 15:00 |
産総研センサインテグレーショングループの紹介
村山 宣光 (産総研) |
| 15:10
-15:30 |
休憩 |
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ポスターセッション及び講演者との交流 (15:30 -
17:00)
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| 1. |
マイクロ熱電式水素センサの開発
田嶌一樹, 申ウソク, 伊豆典哉, 松原一郎, 村山宣光 |
| 2. |
熱電式水素センサ用触媒燃焼器
崔永樹, 申ウソク,
伊豆典哉, 松原一郎, 村山宣光 |
| 3. |
水蒸気による熱電式水素センサの水素応答特性変化の評価
澤口直哉, 申ウソク,
伊豆典哉, 松原一郎, 村山宣光 |
| 4. |
セリア厚膜を用いた抵抗型酸素センサの応答特性評価
申ウソク,
伊豆典哉, 松原一郎, 村山宣光 |
| 5. |
酸化物イオン伝導体を温度補償材として用いた温度依存性のない抵抗型酸素センサ
伊豆典哉,
申ウソク, 松原一郎, 村山宣光 |
| 6. |
インターカレート型ポリピロール/酸化モリブデンハイブリッド材料のVOCセンサ応用
松原一郎,
伊豆典哉, 申ウソク,
村山宣光 |
| 7. |
有機物でハイブリッド化した酸化スズ薄膜センサ
松原一郎,
伊豆典哉, 申ウソク,
村山宣光 |
| <<お申し込みについて>> |
締切 2004年7月7日(水),
参加費 無料
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| <<会場およびアクセス>>
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産業技術総合研究所 中部センター(名古屋市 守山区) 案内図
(1) JR名古屋駅から、JR中央線-ゆとりーとライン(ガイドウウェイバス)を利用する場合
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名古屋駅
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JR中央線
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大曽根駅
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ゆとり〜とライン
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志段味サイエンスパーク
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( 8:45発)
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( 8:58着)
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( 9:10発) |
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( 9:40着)
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( 9:25発)
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( 9:37着)
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( 9:45発) |
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(10:15着)
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(10:25発)
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(10:37着)
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(10:45発) |
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(11:15着)
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(11:25発)
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(11:37着)
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(11:45発) |
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(12:15着)
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(2) JR名古屋駅から、JR中央線-名鉄瀬戸線を利用する場合
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名古屋駅
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JR中央線
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大曽根駅
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名鉄瀬戸線
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印場駅
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タクシー
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産総研 |
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( 9:18発)
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( 9:30着)
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( 9:38発)
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( 9:52着)
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約9分、3.1km
(900〜1200円)
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( 9:37発)
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( 9:48着)
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( 9:53発)
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(10:07着)
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( 9:45発)
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( 9:57着)
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(10:07発)
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(10:21着)
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( 9:52発)
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(10:04着)
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(10:17発)
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(10:28着)
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(3) JR名古屋駅から、JR中央線乗り換え。高蔵寺駅下車の場合
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名古屋駅
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JR中央線
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高蔵寺駅
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タクシー
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産総研
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( 9:25発)
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( 9:57着)
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約15分、4.4km
(1500〜2000円)
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( 9:37発)
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(10:08着)
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( 9:45発)
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(10:13着)
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( 9:52発)
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(10:22着)
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| <<お問い合わせ先>> |
産業技術総合研究所 先進製造プロセス部門 松原一郎
〒463-8560 名古屋市守山区下志段味穴ヶ洞2266-98
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| <<招待講演者略歴(英文)>> |
| Dr.Ralf
Moos received
his PhD from the University of Karlsruhe, Germany, in electrical
engineering. In 1995, he joined Daimler Chrysler in Stuttgart and
worked for the serial development of exhaust gas sensors. Since
1998, he has been responsible for several projects in the field
of gas sensors. Now he is with the University of Bayreuth, Bayreuth,
Germany. |
| Dr.
Marie-Isabelle Baraton
is
an eminent senior scientist in the Department of Ceramics (SPCTS,
UMR CNRS) at the University of Limoges, France. Her current research
interests include the physical-chemistry of nanomaterial surfaces
as well as theoretical and experimental studies of chemical reactions
at gas-nanomaterials interfaces. A recipient of many distinctions,
Baraton has had to clear a number of obstacles on her way to an
outstanding scientific career. |
| Dr.
Zhi-Gang Zhou is
a prestige professor, fellow of the IEEE and CIE, with the State
Key Lab of New Ceramics and Fine Processing of Tsinghua University.
He has chaired the Seventh International Meeting on Chemical Sensors
(IMCS-7) in Beijing, China on 27-30 July 1998. He will chair the
Sixth East Asia Conference on Chemical Sensors (EACCS-6) in Guilin,
China in 9-12 November 2003. Also he was a seniority director of
Inorganic Nonmetallic Materials Division in the National Natural
Science Foundation of China (NSFC) and an expert/consultant of the
United Nations Industrial Development Organization (UNIDO). He holds
four patents on ceramic sensors, one from the United States of America,
one from the Europe and two from China since 1985. His field of
interest was and is the ceramic sensors with emphasis on the sensing
mechanism, defect chemistry and physics, defect engineering of perovskite-type
chemical sensors. |
| Dr.
Pelagia-Irene (Perena) Gouma received
her PhD degree from the University of Birmingham, UK in 1996. She
holds a MS degree in Engineering Materials, and a MPhil in Organization
Management from the University of Liverpool, UK, and a BS in Applied
Physics from the Aristotelio University of Thessaloniki, Greece.
Dr. Gouma has been an Assistant Professor at State University of
New York at Stony Brook since 2000. Her research work focuses on
the electron microscopy characterization of advanced materials and
on the development of chemical sensors using semiconductor oxides.
She has published over 30 peer-reviewed articles in journals and
conference proceedings. |
| Dr.
Yasuhiro Shimizu received
his B. Eng. degree in applied chemistry in 1980 and doctorate in
engineering degree in 1987 from Kyushu University. He has been an
associate professor at Nagasaki University since 1987. His current
research concentrates on the modification of varistor-type gas sensors,
design of intelligent sensors by controlling gas diffusivity and
reactivity and application of microwave-induced plasma for environmental
technology. |
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