12月10日~14日MATERIALS RESEARCH MEETING 2019横浜にて、センターメンバーが研究発表

日時：2019年12月10日(火)～14日(土)
場所：産業貿易センタービル9階　横浜 Symposia
【Invited】
■Efficient water purification by synergetic effect on mesoporous TiO2/BDD hybrid electrode
Norihiro SUZUKI1 , Akihiro OKAZAKI2 , Aiga HARA1 , Yuiri HIRANO1 , Yukihiro NAKABAYASHI1 , Nitish ROY1, Haruo KURIYAMA2, Izumi SERIZAWA2, Chiaki TERASHIMA1, Kazuya NAKATA1, Ken-ichi KATSUMATA1, Takeshi KONDO1, Makoto YUASA1, Akira FUJISHIMA1
1Tokyo University of Science, 2ORC Manufacturing Co., Ltd
【Invited】
■Paper-based Biofuel Cell for Next Generation Energy Harvester and Wearable Healthcare Device
Isao SHITANDA
Tokyo University of Science
【Invited Poster】
■Anti-algae Effect of Water Treated by In-liquid Plasma Bubbled with Air
Chiaki TERASHIMA
Tokyo University of Science
【Invited Poster】
■Flux Crystal Growth Innovation for Advanced Water Science and Technology
Katsuya TESHIMA
Shinshu University
【Invited】
■Protein adsorption behavior on reduced graphene oxide and boron-doped diamond
Madoka TAKAI1, Chiaki TERASHIMA2, Yixuan HUANG1
1The University of Tokyo, 2Tokyo University of Science

■Refinement of the Calculated Power Generation Characteristics of a Unileg-type Mg2Si Thermoelectric Module Using Thermal-electric Analysis
Yuki SHIOJIMA, Takeaki HARADA, Kenki TANI, Tatsuya YAMASHITA, Daishi SHIOJIRI, Tsutomu IIDA
Tokyo University of Science
■Thermoelectric Performance of n-type Mg2Si Grown by the Vertical Bridgman Method
Yuki KAYAMA, Seiya YAMAGUCHI, Takuya KODAMA, Hiroto HAMBA, Daishi SHIOJIRI, Tsutomu IIDA
Tokyo University of Science
■Intelligent manipulation and transportation of water in the magnetic tubular microactuators(MTMAs)
Wenwei LEI1,2, Norihiro SUZUKI1, Chiaki TERASHIMA1, Akira FUJISHIMA1, Lei JIANG2
1Tokyo University of Science, 2Beihang University
■Development of solution plasma technology for sustainable nitrogen circulation system
Genji OKADA1,2,3, Norihiro SUZUKI2,3, Ken-ichi KATSUMATA2,3, Yoshimi NISHIMURA4, Takeshi KONDO1,2, Makoto YUASA1,2,3, Akira FUJISHIMA2, Chiaki TERASHIMA2,3,5
1Tokyo University of Science, 2Photocatalysis International Research Center, TUS, 3Research Center for Space Colony, TUS, 4Kurita Manufacturing Co.,Ltd, 5Research Initiative for Supra-Materials, Shinshu University
■Pharmaceuticals Decomposition by Solution Plasma for Application to Water Purification Technology
Yuki HIRAMI1,2,3, Vicente Rodriguez GONZALEZ2,4, Norihiro SUZUKI2,3, Ken-ichi KATSUMATA2,3, Takeshi KONDO1,2, Yoshimi NISHIMURA5, Makoto YUASA1,2,3, Akira FUJISHIMA2
, Chiaki TERASHIMA2,3,6
1Graduation School of Science and Technology, Tokyo University of Science, 2Photocatalysis International Research Center, 3Research Center for Space Colony, 4Institute for Science and Technological Research of Sun Luis Potosi, 5Kurita Manufacturing Co. Ltd., 6Research Initiative for Supra-Materials
■Production of Liquid Fertilizer by Flow-type In-liquid Plasma Device
Mao SASAKI1, Shoki SUZUKI1,2,3, Norihiro SUZUKI2,3, Ken-ichi KATSUMATA2,3, Yoshimi NISHIMURA4, Takeshi KONDO1,2, Makoto YUASA1,2,3, Akira FUJISHIMA2, Chiaki TERASHIMA2,3,5
1Tokyo University of Science, 2Photocatalysis International Research Center, 3Research Center for Space Colony, 4Kurita Manufacturing Co.,Ltd., 5Research Initiative for Supra-Materials
■Advanced oxidation process for water purification using deep-ultraviolet light TiO2 nano composite electrode
Akihiro OKAZAKI1, Haruo KURIYAMA1, Izumi SERIZAWA1, Aiga HARA2, Yuiri HIRANO2, Yukihiro NAKABAYASHI2, Nitish ROY2, Norihiro SUZUKI2, Chiaki TERASHIMA2, Kazuya NAKATA2, Ken-ichi KATUMATA2, Akira FUJISHIMA2
1ORC Manufacturing, 2Tokyo University of Science
■Screen-printing of Chitosan Film for Improvement of Paper-based Lactate Biofuel Cell Stability
Kanako ODA1, Yoshinao HOSHI1, Isao SHITANDA1,2, Masayuki ITAGAKI1,2, Seiya TSUJIMURA2,3, Abdelkader ZEBDA4
1Department of Pure and Applied Chemistry, Faculty of Science and Technology, Tokyo University of Science, 2Research Institute for Science and Technology, Tokyo University of Science,
3Division of Material Science, Faculty of Pure and Applied Science, University of Tsukuba, 4UGAGrenoble 1/CNRS/INSERM/TIMC-IMAG UMR 5525
■Synthesis of Phosphorus-doped Diamond by In-liquid Microwave Plasma CVD Process
Akihiro UCHIDA1, Chiaki TERASHIMA1,2, Hiroshi UETSUKA1,3, Norihiro SUZUKI1, Ken-ichi KATSUMATA1, Masayuki ITAGAKI1, Isao SHITANDA1, Yoshinao HOSHI1, Takeshi KONDO1
, Akira FUJISHIMA1
1Tokyo University of Science, 2Shinshu University, 3Asahi Diamond Industrial Co., Ltd.
■Development of photocatalytic HTiO2-x by plasma treatment in liquid
Junki ISHII1,2, Shoki SUZUKI1,2, Norihiro SUZUKI2, Ken-ichi KATSUMATA2, Kazuya NAKATA1,2, Takeshi KONDO1,2, Makoto YUASA1,2, Akira FUJISHIMA2, Chiaki TERASHIMA2
1Tokyo University of Science, 2Photocatalysis International Research Center
■Protection of the important cultural property using a self-cleaning effect by the photocatalyst
Kazuki KATO1,2, Chiaki TERASHIMA2, Norihiro SUZUKI2, Ken-ichi KASTUMATA2, Takeshi KONDO1,2, Makoto YUASA1,2, Akira FUZISHIMA2, Tomonori SUZUKI3
1Department of Pure and Applied Chemistry, Tokyo University of Science, 2Photocatalysis International Research Center, Tokyo University of Science,
3Department of Applied Biological Science, Tokyo University of Science
■Highly-stable Glucose/Oxygen Biofuel Cell based on Carbon Cloth Electrodes modified with Poly(glycidyl methacrylate)-grafted MgO-templated Porous Carbon
Takanao KATO1, Yoshinao HOSHI1, Isao SHITANDA1,2, Masayuki ITAGAKI1,2, Seiya TSUJIMURA2,3
1Department of Pure and Applied Chemistry, Faculty of Science and Technology, Tokyo University of Science, 2Research Institute for Science and Technology, Tokyo University of Science,
3Division of Material Science, Faculty of Pure and Applied Science
■Development of Selective Hydrophilic / Hydrophobic Surface Treatment for Semiconductor Substrate
Hiroshi IKARI1, Chiaki TERASHIMA2, Norihiro SUZUKI2, Ken-ichi KATSUMATA2, Takeshi KONDO1,2, Makoto YUASA1,2, Akira FUJISHIMA2
1Graduate School of Science and Technology, Tokyo University of Science, 2Photocatalysis International Research Center
■Analysis on Biocathode based on MgO-templated Carbon-modified Carbon Cloth by 3D Impedance Spectroscopy
Hiromichi INOUE1, Yoshinao HOSHI1, Isao SHITANDA1,2, Masayuki ITAGAKI1,2, Seiya TSUJIMURA2,3
1: Department of Pure and Applied Chemistry, Faculty of Science and Technology, Tokyo University of Science, 2Research Institute for Science and Technology, Tokyo University of Science,
3Division of Material Science, Faculty of Pure and Applied Science, University of Tsukuba
■Painted Diamond Electrode for Electrolytic Water Treatment
Takeshi KONDO1, Haruka NAKAJIMA1, Shuji EZURA1, Eiichi KANEDA2, Toshifumi TOJO1, Makoto YUASA1
1Tokyo University of Science, 2A1 Technica Co., Ltd.
■Sensitive Detection of Ciplofloxacin at Screen-Printed Diamond Electrode by Control of Surface Termination of Boron-Doped Diamond Powder
Tomohiro MATSUNAGA, Takeshi KONDO, Toshifumi TOJO, Makoto YUASA
Tokyo University of Science
■Application of Boron-Doped Nanodiamond to Aqueous Supercapacitors
Seiya SUGAI1, Kenjo MIYASHITA1, Takeshi KONDO1, Masahiro NISHIKAWA2, Takehiro TEI2, Toshifumi TOJO1, Makoto YUASA1
1Tokyo University of Science, 2Daicel Corporation
■One-pot synthesis of (B/A)-TiO2 nanosheet/Carbon dot heterostructure for enhanced visible-light-photocatalysis
Sovann KHAN1, Norihiro SUZUKI1, Kazuya NAKATA2, Chiaki TERASHIMA1, Akira FUJISHIMA1, Ken-ichi KATSUMATA1
1Tokyo University of Science, 2Tokyo University of Agriculture and Technology
 
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