\begin{PROFILE}
\HavePortraittrue%
\DEF{所属}{\所属P{323708}{Graduate School of Technology, Industrial and Social Sciences Division of Science and Technology Natural Science Physical Sciences }\所属S{309448}{Faculty of Science and Technology Department of Science and Technology 自然科学コース Physical Sciences }\所属S{323818}{Center for Teacher Education }\所属S{145266}{Graduate School of Advanced Technology and Science Intelligent Structures and Mechanics Systems Engineering Mechanical Engineering Production Systems Engineering }}%
\DEF{EID}{10825}%
\DEF{肩書}{Professor}%
\DEF{名前}{Nakamura, Koichi}%
\DEF{名前:日}{中村 浩一}%
\DEF{名前:読}{なかむら こういち}%
\DEF{名前:英}{Nakamura, Koichi}%
\DEF{職名}{Professor}%
\DEF{性別}{{\NONE}}%
\DEF{生年}{1964}%
\DEF{電話}{{\NONE}}%
\DEF{電子メール}{\EdbEMAIL{nakamura.o.koichi@tokushima-u.ac.jp}{nakamura.o.koichi@tokushima-u.ac.jp}}%
\DEF{学歴}{%
	\履歴{1996.{\EdbZSp}3.}{大阪大学大学院基礎工学研究科博士後期課程物理系修了}%
 %
}%
\DEF{学位}{Doctor of Science (Osaka University) (\DateYM{1996.{\EdbZSp}3})}%
\DEF{職歴}{%
	\履歴{1996.{\EdbZSp}4.}{徳島大学助手工学部}%
 %
	\履歴{2001.{\EdbZSp}11.}{徳島大学講師工学部}%
 %
}%
\DEF{担当授業科目}{%
\BULLET{}{\bfseries SIH(Strike while the Iron is Hot) Training} (Common Curriculum) %
\BULLET{}{\bfseries オリエンテーション1年} (Bachelor Course) %
\BULLET{}{\bfseries Presentation Method (D)} (Graduate School) %
\BULLET{}{\bfseries Elements of Mechanics 1} (Bachelor Course) %
\BULLET{}{\bfseries Elements of Mechanics 2} (Bachelor Course) %
\BULLET{}{\bfseries Graduation Work} (Bachelor Course) %
\BULLET{}{\bfseries Solid State Ionics} (Graduate School) %
\BULLET{}{\bfseries Mechanics} (Common Curriculum) %
\BULLET{}{\bfseries Electricity and Magnetism} (Common Curriculum) %
\BULLET{}{\bfseries Seminar on Natural Sciences} (Bachelor Course) %
\BULLET{}{\bfseries Ethics for Engineers and Scientists} (Common Curriculum) %
\BULLET{}{\bfseries Technical English Fundamentals 2} (Bachelor Course) %
\BULLET{}{\bfseries 教員養成講座(前期)} (Bachelor Course) %
\BULLET{}{\bfseries 教員養成講座(後期)} (Bachelor Course) %
\BULLET{}{\bfseries Physics of Condensed Matter 1} (Bachelor Course) %
\BULLET{}{\bfseries Introductory Laboratory in Physics for Engineering Sciences} (Bachelor Course) %
\BULLET{}{\bfseries Laboratory for Physical Science 1} (Bachelor Course) %
\BULLET{}{\bfseries Laboratory for Physical Science 2} (Bachelor Course) %
\BULLET{}{\bfseries Introduction to Science and Technology} (Common Curriculum) %
\BULLET{}{\bfseries Interdisciplinary Seminar in Science and Technology} (Graduate School) %
\BULLET{}{\bfseries Methodology of Teaching Science II} (Bachelor Course) %
\BULLET{}{\bfseries Methodology of Teaching Science IV} (Bachelor Course) %
\BULLET{}{\bfseries Statistical Mechanics for Engineering Sciences} (Bachelor Course) %
\BULLET{}{\bfseries Graduate Research on Natural Sciences} (Graduate School) %
\BULLET{}{\bfseries Graduate Seminar on Natural Sciences} (Graduate School) %
\BULLET{}{\bfseries Quantum Mechanics for Engineering Sciences} (Bachelor Course) %
\BULLET{}{\bfseries Reading Scientific Papers} (Bachelor Course) %
\BULLET{}{\bfseries Radio Frequency Solid State Physics} (Graduate School) %
}%
\DEF{学生指導経験数}{%
11 students (bachelor), 7 students (master)}%
\DEF{専門分野}{%
\BULLET{}{\bfseries Solid State Physics} %
}%
\DEF{研究概要}{%
\BULLET{}Li$^{+}$ ion difusion in electerode materials for Li ion rechargeable batteries, Li$^{+}$ ion diffusion in Li alloys, Na$^{+}$ ion diffusion in electrode materials for Na ion rechargeable batteries, Local changes in crystal structure and ion dynamics by mechanical milling, Development of non-linear resonant ultrasonic method (\KEYWORD{Cathode and anode materials for Li ion rechargeable batteries}, \KEYWORD{superionic conductor}, \KEYWORD{Li transition metal oxide}, \KEYWORD{ionic diffusion}, \KEYWORD{Li$^{+}$ ion diffusion}, \KEYWORD{Li$^{+}$ ion conductor}, \KEYWORD{Na$^{+}$ ion diffusion}, \KEYWORD{Na$^{+}$ ion conductor}, \KEYWORD{nuclear magnetic resonance}, \KEYWORD{Mechanical milling}, \KEYWORD{Ultrasonic method}, \KEYWORD{Electrical conductivity measurement}) %
}%
\DEF{著書・論文:数}{%
\著作件数{Book}{5}\著作件数{Academic Paper (Judged Full Paper)}{40}\著作件数{Academic Paper (Unrefereed Paper)}{3}\著作件数{Review, Commentary}{2}\著作件数{Proceeding of International Conference}{24}\著作件数{Proceeding of Domestic Conference}{137}\著作件数{Et cetera, Workshop}{9}\著作件数{Report}{12}}%
\DEF{著書・論文}{%
}%
\DEF{所属学会(役職):数}{7}%
\DEF{社会・学内活動等:数}{2}%
\DEF{受賞等:数}{0}%
\DEF{所属学会(役職)}{%
\BULLET{}\項目II{The Physical Society of Japan}{ (第65$\sim{}$66期地区代議員 [\期間{2009.{\EdbZSp}9{\EdbZSp}$\sim${\EdbZSp}2011.{\EdbZSp}8}])} %
\BULLET{}\項目II{The Physical Society of Japan}{ (第73$\sim{}$74期四国支部役員 [\期間{2017.{\EdbZSp}4{\EdbZSp}$\sim${\EdbZSp}2019.{\EdbZSp}3}])} %
\BULLET{}\項目II{固体イオニクス学会}{ (社員)} %
\BULLET{}\項目II{第54回固体イオニクス研究会・第14回超イオン導電体物性研究会}{ (実行委員 [\期間{2010.{\EdbZSp}5}])} %
\BULLET{}\項目II{瀬戸内自然エネルギー研究会}{ (委員 [\期間{2009.{\EdbZSp}5}])} %
\BULLET{}\項目II{19th International Conference on Solid State Ionics}{ (実行委員 [\期間{2012.{\EdbZSp}4{\EdbZSp}$\sim${\EdbZSp}2013.{\EdbZSp}6}])} %
\BULLET{}\項目II{日本物理学会2013年秋季大会}{ (実行委員 [\期間{2013.{\EdbZSp}9}])} %
}%
\DEF{社会・学内活動等}{%
\BULLET{}\項目II{{\bfseries 日本学術会議}}{ (連携会員 [\期間{2020.{\EdbZSp}10{\EdbZSp}$\sim${\EdbZSp}2026.{\EdbZSp}9}])} %
\BULLET{}\項目II{{\bfseries NPO法人 科学技術ネットワーク徳島}}{ (理事)} %
}%
\DEF{受賞等}{{\NONE}}%
\end{PROFILE}
\endinput
