Achievement System - YAMADA Katsumi | Tokyo Polytechnic University

（Last updated : 2026-04-03 13:17:29）

YAMADA Katsumi

Department / Course Tokyo Polytechnic University Faculty of Engineering Department of Engineering - Electrial and Electronics Course

Job Professor

Academic background
1992/04/01～1995/03/31	Doctorial Chiba University Finished
1990/04/01～1992/03/31	Master Chiba University Finished
～1990/03/31	Tokyo Polytechnic University Graduated

Business career
2013/04/01 ～ 2024/03/31	Professor Tokyo Polytechnic University Faculty of Engineering Department of Engineering - Chemistry and Materials Course

Present specialized field
Material processing and microstructure control, Electric and electronic materials

Book and thesis
Papers	ELECTROACTIVE POLY(2-CHLOROANILINE) FILM PREPARED BY ELECTROCHEMICAL POLYMERIZATION IN ORGANIC-SOLVENTS WITHOUT PROTIC ACID (11),pp.1983-1986 (Co-authored) 1990/11/01
Papers	EFFECT OF ANION SPECIES ON ELECTROCHEMICAL-BEHAVIOR OF POLY(ANILINE)S ELECTROPOLYMERIZED IN DICHLOROETHANE SOLUTION 37 (11),pp.2101-2102 (Co-authored) 1992/09/01
Papers	PHOTOVOLTAIC EFFECT OF BILAYER SOLID-STATE CELL WITH POLYSILOXANE PENDANT TRIS(2,2'-BIPYRIDYL)RUTHENIUM COMPLEX 33 (4A),pp.L544-L546 (Co-authored) 1994/04/01
Papers	PHOTOELECTROCHEMICAL RESPONSE OF METHYL VIOLOGEN CATION-RADICAL INCORPORATED IN COATED POLYSILOXANE FILM 370 (44928),pp.59-65 (Co-authored) 1994/06/01
Papers	ELECTROPOLYMERIZATION OF ANILINE DERIVATIVES IN NONAQUEOUS SOLUTION WITHOUT A PROTON DONOR 394 (44928),pp.71-79 (Co-authored) 1995/09/01
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Academic conference presentation
2024/10/10	Electrochromism Based on Reflective Color of Conductive Polymers (PRIME2024)
2024/10/09	Photoelectrochemical Three-Dimensional Fabrication of Conductive Polymers Using Multi-Photon Absorption Process (PRIME2024)
2022/11/10	Study of factors affecting the stability improvement of electrochromic devices by preparation conditions of Au nano-particles (MNC2022)
2021/10/04	Improvement in Electrochromic Stability of Conductive Polymers with Nano-Structured Electrode (ICAI2021)
2017/10/29	Micro-nano 3D Printing of Electronically Conductive Polymers as a New Process for Achieving Higher Electronic Conductivities (The Fifth International Multi-Conference on Engineering and Technology Innovation 2017 (IMETI2017))
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Research topic, funded research, and department laboratory expense
	Photoenergy Conversion with Molecular Functional Materials Individual Research 個人研究

Winning science prize
2014/10/01	The 2014 Asian Conference on Nanoscience and Nanotechnology　Best Poster Award (Metal Oxide/Au Coaxial Nano-rod Electrochromic Device Prepared by Using Anodic Porous Alumina Plate)

Committee and society
	null

Department laboratory expense researcher number
70277945