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%%%% 216532:216588
\begin{edb:lecture}%
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\授業ID{216532:216588}%
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\名称{化学反応工学特論}{Advanced Chemical Reaction Engineering}%
\担当教員{\所属肩書氏名{環境創生工学専攻 化学機能創生コース 化学プロセス工学講座}{教授}{\EdbSMG{杉山}{}{茂}}\所属肩書氏名{環境創生工学専攻 化学機能創生コース 化学プロセス工学講座}{准教授}{\EdbSMG{外輪}{}{健一郎}}\所属肩書氏名{環境創生工学専攻 化学機能創生コース 化学プロセス工学講座}{講師}{\EdbSMG{中川}{}{敬三}}}%
\開講学期{}%
\履修種別{選択}%
\EdbColDef{edb:lecture.goal}{1}{E}{To understand the advanced analytical procedures such as XAFS and solid state NMR from 1st to 7th.}%
\EdbColDef{edb:lecture.goal}{1}{J}{XAFSや固体NMRなどの最新の分析技術の理解(1回目$\sim{}$7回目)}%
\EdbColDef{edb:lecture.goal}{2}{E}{To understand several basic optimization techniques for chemical processes from 8th to 15th.}%
\EdbColDef{edb:lecture.goal}{2}{J}{化学プロセスの最適化手法の理解(8回目$\sim{}$15回目)}%
\EdbColDef{edb:lecture.plan}{1}{E}{XAFS (1) : Introduction}%
\EdbColDef{edb:lecture.plan}{1}{J}{XAFS (1) : 概説}%
\EdbColDef{edb:lecture.plan}{2}{E}{XAFS (2) : Transmission mode}%
\EdbColDef{edb:lecture.plan}{2}{J}{XAFS (2) : 透過法}%
\EdbColDef{edb:lecture.plan}{3}{E}{XAFS (3) : Fluorescence mode}%
\EdbColDef{edb:lecture.plan}{3}{J}{XAFS (3) : 蛍光法}%
\EdbColDef{edb:lecture.plan}{4}{E}{XAFS (4) : Case study}%
\EdbColDef{edb:lecture.plan}{4}{J}{XAFS (4) : 事例紹介}%
\EdbColDef{edb:lecture.plan}{5}{E}{Solid state NMR (1) : Intrroduction}%
\EdbColDef{edb:lecture.plan}{5}{J}{固体NMR (1) : 概説}%
\EdbColDef{edb:lecture.plan}{6}{E}{Solid state NMR (2) : CP MAS}%
\EdbColDef{edb:lecture.plan}{6}{J}{固体NMR (2) : CP MAS}%
\EdbColDef{edb:lecture.plan}{7}{E}{Solid state NMR (3) : Case study}%
\EdbColDef{edb:lecture.plan}{7}{J}{固体NMR (3) : 事例紹介}%
\EdbColDef{edb:lecture.plan}{8}{E}{Introduction to opmization problem}%
\EdbColDef{edb:lecture.plan}{8}{J}{最適化問題}%
\EdbColDef{edb:lecture.plan}{9}{E}{Linear programming}%
\EdbColDef{edb:lecture.plan}{9}{J}{線形計画法}%
\EdbColDef{edb:lecture.plan}{10}{E}{Nonlinear programming}%
\EdbColDef{edb:lecture.plan}{10}{J}{非線形計画法}%
\EdbColDef{edb:lecture.plan}{11}{E}{Steepest descent method and line search}%
\EdbColDef{edb:lecture.plan}{11}{J}{最急降下法と直線探索}%
\EdbColDef{edb:lecture.plan}{12}{E}{Integer programming problem}%
\EdbColDef{edb:lecture.plan}{12}{J}{整数計画問題}%
\EdbColDef{edb:lecture.plan}{13}{E}{pinch technology}%
\EdbColDef{edb:lecture.plan}{13}{J}{ピンチテクノロジー}%
\EdbColDef{edb:lecture.plan}{14}{E}{Process design exercise}%
\EdbColDef{edb:lecture.plan}{14}{J}{プロセス設計演習}%
\EdbColDef{edb:lecture.plan}{15}{E}{Recent topics on process optimization}%
\EdbColDef{edb:lecture.plan}{15}{J}{プロセス最適化に関する最近の話題}%
\EdbColDef{edb:lecture.style}{1}{@}{60007}%
\EdbColDef{edb:lecture.style}{1}{E}{Lecture}%
\EdbColDef{edb:lecture.style}{1}{J}{講義}%
\EdbColDef{edb:lecture.unit}{1}{E}{2}%
\EdbColDef{edb:lecture.unit}{1}{J}{2}%
\EdbColDef{edb:lecture.target}{1}{E}{This class introduces the most up-to-date analytical procedures of catalysts together with the optimization techniques that can be used for determing the optimal design and operating conditions of chemical processes.}%
\EdbColDef{edb:lecture.target}{1}{J}{最新の触媒分析手法とともに化学反応器の設計および運転法を導出する基礎となる，モデリング手法，及び最適化手法について解説する．}%
\EdbColDef{edb:lecture.outline}{1}{E}{The recent characterization techniques of catalysts such as XAFS and solid state NMR will be explained.\ Furthermore, basics of chemical reactor and process design and operation will be introduced using a chemical reaction process as an example.}%
\EdbColDef{edb:lecture.outline}{1}{J}{XAFSや固体NMRなどの最新の固体触媒キャラクタリゼーション法を概説する．さらに化学装置の一例として反応装置を例題として取り上げ，化学装置の設計，運転に関する基礎的な技術を開設する．}%
\EdbColDef{edb:lecture.keyword}{1}{@}{201023}%
\EdbColDef{edb:lecture.keyword}{1}{E}{catalyst}%
\EdbColDef{edb:lecture.keyword}{1}{J}{触媒}%
\EdbColDef{edb:lecture.keyword}{2}{@}{203250}%
\EdbColDef{edb:lecture.keyword}{2}{E}{reactor}%
\EdbColDef{edb:lecture.keyword}{2}{J}{反応装置}%
\EdbColDef{edb:lecture.keyword}{3}{@}{203251}%
\EdbColDef{edb:lecture.keyword}{3}{E}{process design}%
\EdbColDef{edb:lecture.keyword}{3}{J}{プロセス設計}%
\EdbColDef{edb:lecture.keyword}{4}{@}{133388}%
\EdbColDef{edb:lecture.keyword}{4}{E}{optimization}%
\EdbColDef{edb:lecture.keyword}{4}{J}{最適化}%
\EdbColDef{edb:lecture.keyword}{5}{@}{203252}%
\EdbColDef{edb:lecture.keyword}{5}{E}{reaction engineering}%
\EdbColDef{edb:lecture.keyword}{5}{J}{反応工学}%
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\EdbColDef{edb:lecture.requirement}{1}{E}{Students are required to have a good understanding of chemical engineering and related subjects in an undergraduate course.}%
\EdbColDef{edb:lecture.requirement}{1}{J}{学部教育における化学工学を理解していること．}%
\EdbColDef{edb:lecture.notice}{1}{E}{Preparations for lessons review will be needed.}%
\EdbColDef{edb:lecture.notice}{1}{J}{予習復習を行なうこと．}%
\EdbColDef{edb:lecture.evaluation}{1}{E}{Assignments count 100\%.}%
\EdbColDef{edb:lecture.evaluation}{1}{J}{授業最終日に課すレポートで評価する．}%
\EdbColDef{edb:lecture.evaluation2}{1}{E}{No make-up exams will be given.}%
\EdbColDef{edb:lecture.evaluation2}{1}{J}{特別な事情がある場合を除き，再試などは行わない．}%
\EdbColDef{edb:lecture.student}{1}{@}{12628}%
\EdbColDef{edb:lecture.student}{1}{E}{Able to be taken by only specified class(es)}%
\EdbColDef{edb:lecture.student}{1}{J}{開講コース学生のみ履修可能}%
\EdbColDef{edb:lecture.textbook}{1}{E}{All lecture documents will be opened through U-learning system.}%
\EdbColDef{edb:lecture.textbook}{1}{J}{All lecture documents will be opened through U-learning system.}%
\EdbColDef{edb:lecture.reference}{1}{E}{}%
\EdbColDef{edb:lecture.reference}{1}{J}{}%
\EdbColDef{edb:lecture.contact}{1}{J}{\連絡先個人{\EdbEMAIL{sugiyama@chem.tokushima-u.ac.jp}{s{\HZSp[1]}u{\HZSp[1]}g{\HZSp[1]}i{\HZSp[1]}y{\HZSp[1]}a{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p}}{杉山 (化309, 088-656-7432, \EdbEMAIL{sugiyama@chem.tokushima-u.ac.jp}{s{\HZSp[1]}u{\HZSp[1]}g{\HZSp[1]}i{\HZSp[1]}y{\HZSp[1]}a{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p})}{月{\EdbZSp}曜{\EdbZSp}，{\EdbZSp}火{\EdbZSp}曜{\EdbZSp}，{\EdbZSp}1{\EdbZSp}6{\EdbZSp}時{\EdbZSp}か{\EdbZSp}ら{\EdbZSp}1{\EdbZSp}8{\EdbZSp}時{\EdbZSp}の{\EdbZSp}間{\EdbZSp}．{\EdbZSp}ま{\EdbZSp}た{\EdbZSp}，{\EdbZSp}随{\EdbZSp}時{\EdbZSp}対{\EdbZSp}応{\EdbZSp}し{\EdbZSp}ま{\EdbZSp}す{\EdbZSp}．{\EdbZSp}}}%
\EdbColDef{edb:lecture.contact}{2}{J}{\連絡先個人{\EdbEMAIL{sotowa@chem.tokushima-u.ac.jp}{s{\HZSp[1]}o{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}w{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p}}{外輪 (化307, \EdbEMAIL{sotowa@chem.tokushima-u.ac.jp}{s{\HZSp[1]}o{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}w{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p})}{月曜16:00から17:00，火曜16:00から17:00．このほかでも在室時は対応可能の場合あり．}}%
\EdbColDef{edb:lecture.contact}{3}{J}{\連絡先個人{\EdbEMAIL{knakagaw@chem.tokushima-u.ac.jp}{k{\HZSp[1]}n{\HZSp[1]}a{\HZSp[1]}k{\HZSp[1]}a{\HZSp[1]}g{\HZSp[1]}a{\HZSp[1]}w{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p}}{中川 (化学生物棟310, 088-656-7430, \EdbEMAIL{knakagaw@chem.tokushima-u.ac.jp}{k{\HZSp[1]}n{\HZSp[1]}a{\HZSp[1]}k{\HZSp[1]}a{\HZSp[1]}g{\HZSp[1]}a{\HZSp[1]}w{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p})}{月，火:16:00 - 17:00 (この時間帯以外でも都合がつく時はいつでもOK)}}%
\end{edb:lecture}%

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%%%% 216532:216588
\begin{edb:lecture}%
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\名称{Advanced Chemical Reaction Engineering}{化学反応工学特論}%
\担当教員{\所属肩書氏名{Chemical Process Engineering, Chemical Science and Technology, Earth and Life Environmental Engineering}{Professor}{\EdbGMS{Shigeru}{}{Sugiyama}}\所属肩書氏名{Chemical Process Engineering, Chemical Science and Technology, Earth and Life Environmental Engineering}{Associate Professor}{\EdbGMS{Ken-Ichiro}{}{Sotowa}}\所属肩書氏名{Chemical Process Engineering, Chemical Science and Technology, Earth and Life Environmental Engineering}{Associate Professor}{\EdbGMS{Keizo}{}{Nakagawa}}}%
\開講学期{}%
\履修種別{selection}%
\EdbColDef{edb:lecture.goal}{1}{J}{XAFSや固体NMRなどの最新の分析技術の理解(1回目$\sim{}$7回目)}%
\EdbColDef{edb:lecture.goal}{1}{E}{To understand the advanced analytical procedures such as XAFS and solid state NMR from 1st to 7th.}%
\EdbColDef{edb:lecture.goal}{2}{J}{化学プロセスの最適化手法の理解(8回目$\sim{}$15回目)}%
\EdbColDef{edb:lecture.goal}{2}{E}{To understand several basic optimization techniques for chemical processes from 8th to 15th.}%
\EdbColDef{edb:lecture.plan}{1}{J}{XAFS (1) : 概説}%
\EdbColDef{edb:lecture.plan}{1}{E}{XAFS (1) : Introduction}%
\EdbColDef{edb:lecture.plan}{2}{J}{XAFS (2) : 透過法}%
\EdbColDef{edb:lecture.plan}{2}{E}{XAFS (2) : Transmission mode}%
\EdbColDef{edb:lecture.plan}{3}{J}{XAFS (3) : 蛍光法}%
\EdbColDef{edb:lecture.plan}{3}{E}{XAFS (3) : Fluorescence mode}%
\EdbColDef{edb:lecture.plan}{4}{J}{XAFS (4) : 事例紹介}%
\EdbColDef{edb:lecture.plan}{4}{E}{XAFS (4) : Case study}%
\EdbColDef{edb:lecture.plan}{5}{J}{固体NMR (1) : 概説}%
\EdbColDef{edb:lecture.plan}{5}{E}{Solid state NMR (1) : Intrroduction}%
\EdbColDef{edb:lecture.plan}{6}{J}{固体NMR (2) : CP MAS}%
\EdbColDef{edb:lecture.plan}{6}{E}{Solid state NMR (2) : CP MAS}%
\EdbColDef{edb:lecture.plan}{7}{J}{固体NMR (3) : 事例紹介}%
\EdbColDef{edb:lecture.plan}{7}{E}{Solid state NMR (3) : Case study}%
\EdbColDef{edb:lecture.plan}{8}{J}{最適化問題}%
\EdbColDef{edb:lecture.plan}{8}{E}{Introduction to opmization problem}%
\EdbColDef{edb:lecture.plan}{9}{J}{線形計画法}%
\EdbColDef{edb:lecture.plan}{9}{E}{Linear programming}%
\EdbColDef{edb:lecture.plan}{10}{J}{非線形計画法}%
\EdbColDef{edb:lecture.plan}{10}{E}{Nonlinear programming}%
\EdbColDef{edb:lecture.plan}{11}{J}{最急降下法と直線探索}%
\EdbColDef{edb:lecture.plan}{11}{E}{Steepest descent method and line search}%
\EdbColDef{edb:lecture.plan}{12}{J}{整数計画問題}%
\EdbColDef{edb:lecture.plan}{12}{E}{Integer programming problem}%
\EdbColDef{edb:lecture.plan}{13}{J}{ピンチテクノロジー}%
\EdbColDef{edb:lecture.plan}{13}{E}{pinch technology}%
\EdbColDef{edb:lecture.plan}{14}{J}{プロセス設計演習}%
\EdbColDef{edb:lecture.plan}{14}{E}{Process design exercise}%
\EdbColDef{edb:lecture.plan}{15}{J}{プロセス最適化に関する最近の話題}%
\EdbColDef{edb:lecture.plan}{15}{E}{Recent topics on process optimization}%
\EdbColDef{edb:lecture.style}{1}{@}{60007}%
\EdbColDef{edb:lecture.style}{1}{J}{講義}%
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\EdbColDef{edb:lecture.unit}{1}{J}{2}%
\EdbColDef{edb:lecture.unit}{1}{E}{2}%
\EdbColDef{edb:lecture.target}{1}{J}{最新の触媒分析手法とともに化学反応器の設計および運転法を導出する基礎となる，モデリング手法，及び最適化手法について解説する．}%
\EdbColDef{edb:lecture.target}{1}{E}{This class introduces the most up-to-date analytical procedures of catalysts together with the optimization techniques that can be used for determing the optimal design and operating conditions of chemical processes.}%
\EdbColDef{edb:lecture.outline}{1}{J}{XAFSや固体NMRなどの最新の固体触媒キャラクタリゼーション法を概説する．さらに化学装置の一例として反応装置を例題として取り上げ，化学装置の設計，運転に関する基礎的な技術を開設する．}%
\EdbColDef{edb:lecture.outline}{1}{E}{The recent characterization techniques of catalysts such as XAFS and solid state NMR will be explained.\ Furthermore, basics of chemical reactor and process design and operation will be introduced using a chemical reaction process as an example.}%
\EdbColDef{edb:lecture.keyword}{1}{@}{201023}%
\EdbColDef{edb:lecture.keyword}{1}{J}{触媒}%
\EdbColDef{edb:lecture.keyword}{1}{E}{catalyst}%
\EdbColDef{edb:lecture.keyword}{2}{@}{203250}%
\EdbColDef{edb:lecture.keyword}{2}{J}{反応装置}%
\EdbColDef{edb:lecture.keyword}{2}{E}{reactor}%
\EdbColDef{edb:lecture.keyword}{3}{@}{203251}%
\EdbColDef{edb:lecture.keyword}{3}{J}{プロセス設計}%
\EdbColDef{edb:lecture.keyword}{3}{E}{process design}%
\EdbColDef{edb:lecture.keyword}{4}{@}{133388}%
\EdbColDef{edb:lecture.keyword}{4}{J}{最適化}%
\EdbColDef{edb:lecture.keyword}{4}{E}{optimization}%
\EdbColDef{edb:lecture.keyword}{5}{@}{203252}%
\EdbColDef{edb:lecture.keyword}{5}{J}{反応工学}%
\EdbColDef{edb:lecture.keyword}{5}{E}{reaction engineering}%
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\EdbColDef{edb:lecture.relation}{2}{E}{\EdbSeeLecture{Advanced Separation Technology}{216532}{216883}{0.2}}%
\EdbColDef{edb:lecture.requirement}{1}{J}{学部教育における化学工学を理解していること．}%
\EdbColDef{edb:lecture.requirement}{1}{E}{Students are required to have a good understanding of chemical engineering and related subjects in an undergraduate course.}%
\EdbColDef{edb:lecture.notice}{1}{J}{予習復習を行なうこと．}%
\EdbColDef{edb:lecture.notice}{1}{E}{Preparations for lessons review will be needed.}%
\EdbColDef{edb:lecture.evaluation}{1}{J}{授業最終日に課すレポートで評価する．}%
\EdbColDef{edb:lecture.evaluation}{1}{E}{Assignments count 100\%.}%
\EdbColDef{edb:lecture.evaluation2}{1}{J}{特別な事情がある場合を除き，再試などは行わない．}%
\EdbColDef{edb:lecture.evaluation2}{1}{E}{No make-up exams will be given.}%
\EdbColDef{edb:lecture.student}{1}{@}{12628}%
\EdbColDef{edb:lecture.student}{1}{J}{開講コース学生のみ履修可能}%
\EdbColDef{edb:lecture.student}{1}{E}{Able to be taken by only specified class(es)}%
\EdbColDef{edb:lecture.textbook}{1}{J}{All lecture documents will be opened through U-learning system.}%
\EdbColDef{edb:lecture.textbook}{1}{E}{All lecture documents will be opened through U-learning system.}%
\EdbColDef{edb:lecture.reference}{1}{J}{}%
\EdbColDef{edb:lecture.reference}{1}{E}{}%
\EdbColDef{edb:lecture.contact}{1}{E}{\連絡先個人{\EdbEMAIL{sugiyama@chem.tokushima-u.ac.jp}{s{\HZSp[1]}u{\HZSp[1]}g{\HZSp[1]}i{\HZSp[1]}y{\HZSp[1]}a{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p}}{Sugiyama (G309, +81-88-656-7432, \EdbEMAIL{sugiyama@chem.tokushima-u.ac.jp}{s{\HZSp[1]}u{\HZSp[1]}g{\HZSp[1]}i{\HZSp[1]}y{\HZSp[1]}a{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p})}{\EdbAlert{月{\EdbZSp}曜{\EdbZSp}，{\EdbZSp}火{\EdbZSp}曜{\EdbZSp}，{\EdbZSp}1{\EdbZSp}6{\EdbZSp}時{\EdbZSp}か{\EdbZSp}ら{\EdbZSp}1{\EdbZSp}8{\EdbZSp}時{\EdbZSp}の{\EdbZSp}間{\EdbZSp}．{\EdbZSp}ま{\EdbZSp}た{\EdbZSp}，{\EdbZSp}随{\EdbZSp}時{\EdbZSp}対{\EdbZSp}応{\EdbZSp}し{\EdbZSp}ま{\EdbZSp}す{\EdbZSp}．{\EdbZSp}}}}%
\EdbColDef{edb:lecture.contact}{2}{E}{\連絡先個人{\EdbEMAIL{sotowa@chem.tokushima-u.ac.jp}{s{\HZSp[1]}o{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}w{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p}}{Sotowa (Chemistry and biotechnology building, 307., \EdbEMAIL{sotowa@chem.tokushima-u.ac.jp}{s{\HZSp[1]}o{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}w{\HZSp[1]}a{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p})}{16:00-17:00, Monday and Tuesday.\ (can be contacted whenever available)}}%
\EdbColDef{edb:lecture.contact}{3}{E}{\連絡先個人{\EdbEMAIL{knakagaw@chem.tokushima-u.ac.jp}{k{\HZSp[1]}n{\HZSp[1]}a{\HZSp[1]}k{\HZSp[1]}a{\HZSp[1]}g{\HZSp[1]}a{\HZSp[1]}w{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p}}{Nakagawa (\EdbAlert{化学生物棟310}, +81-88-656-7430, \EdbEMAIL{knakagaw@chem.tokushima-u.ac.jp}{k{\HZSp[1]}n{\HZSp[1]}a{\HZSp[1]}k{\HZSp[1]}a{\HZSp[1]}g{\HZSp[1]}a{\HZSp[1]}w{\HZSp[1]}@{\HZSp[1]}c{\HZSp[1]}h{\HZSp[1]}e{\HZSp[1]}m{\HZSp[1]}.{\HZSp[1]}t{\HZSp[1]}o{\HZSp[1]}k{\HZSp[1]}u{\HZSp[1]}s{\HZSp[1]}h{\HZSp[1]}i{\HZSp[1]}m{\HZSp[1]}a{\HZSp[1]}-{\HZSp[1]}u{\HZSp[1]}.{\HZSp[1]}a{\HZSp[1]}c{\HZSp[1]}.{\HZSp[1]}j{\HZSp[1]}p})}{\EdbAlert{月，火:16:00 - 17:00 (この時間帯以外でも都合がつく時はいつでもOK)}}}%
\end{edb:lecture}%

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