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\����{���w�����H�w���_}{Advanced Chemical Reaction Engineering}%
\�S������{\������������{���n���H�w��U ���w�@�\�n���R�[�X ���w�v���Z�X�H�w�u��}{����}{\EdbSMG{���R}{}{��}}\������������{���n���H�w��U ���w�@�\�n���R�[�X ���w�v���Z�X�H�w�u��}{�y����}{\EdbSMG{�O��}{}{����Y}}\������������{���n���H�w��U ���w�@�\�n���R�[�X ���w�v���Z�X�H�w�u��}{�u�t}{\EdbSMG{����}{}{�h�O}}}%
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\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��ő�NMR�Ȃǂ̍ŐV�̕��͋Z�p�̗���(1���$\sim{}$7���)}%
\EdbColDef{edb:lecture.goal}{2}{E}{To understand several basic optimization techniques for chemical processes from 8th to 15th.}%
\EdbColDef{edb:lecture.goal}{2}{J}{���w�v���Z�X�̍œK����@�̗���(8���$\sim{}$15���)}%
\EdbColDef{edb:lecture.plan}{1}{E}{XAFS (1) : Introduction}%
\EdbColDef{edb:lecture.plan}{1}{J}{XAFS (1) : �T��}%
\EdbColDef{edb:lecture.plan}{2}{E}{XAFS (2) : Transmission mode}%
\EdbColDef{edb:lecture.plan}{2}{J}{XAFS (2) : ���ߖ@}%
\EdbColDef{edb:lecture.plan}{3}{E}{XAFS (3) : Fluorescence mode}%
\EdbColDef{edb:lecture.plan}{3}{J}{XAFS (3) : �u���@}%
\EdbColDef{edb:lecture.plan}{4}{E}{XAFS (4) : Case study}%
\EdbColDef{edb:lecture.plan}{4}{J}{XAFS (4) : ����Љ�}%
\EdbColDef{edb:lecture.plan}{5}{E}{Solid state NMR (1) : Intrroduction}%
\EdbColDef{edb:lecture.plan}{5}{J}{�ő�NMR (1) : �T��}%
\EdbColDef{edb:lecture.plan}{6}{E}{Solid state NMR (2) : CP MAS}%
\EdbColDef{edb:lecture.plan}{6}{J}{�ő�NMR (2) : CP MAS}%
\EdbColDef{edb:lecture.plan}{7}{E}{Solid state NMR (3) : Case study}%
\EdbColDef{edb:lecture.plan}{7}{J}{�ő�NMR (3) : ����Љ�}%
\EdbColDef{edb:lecture.plan}{8}{E}{Introduction to opmization problem}%
\EdbColDef{edb:lecture.plan}{8}{J}{�œK�����}%
\EdbColDef{edb:lecture.plan}{9}{E}{Linear programming}%
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\EdbColDef{edb:lecture.plan}{10}{E}{Nonlinear programming}%
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\EdbColDef{edb:lecture.plan}{11}{E}{Steepest descent method and line search}%
\EdbColDef{edb:lecture.plan}{11}{J}{�ŋ}�~���@�ƒ����T��}%
\EdbColDef{edb:lecture.plan}{12}{E}{Integer programming problem}%
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\EdbColDef{edb:lecture.plan}{13}{E}{pinch technology}%
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\EdbColDef{edb:lecture.plan}{14}{E}{Process design exercise}%
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\EdbColDef{edb:lecture.plan}{15}{E}{Recent topics on process optimization}%
\EdbColDef{edb:lecture.plan}{15}{J}{�v���Z�X�œK���Ɋւ���ŋ߂̘b��}%
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\EdbColDef{edb:lecture.style}{1}{E}{Lecture}%
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\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}{�ŐV�̐G�}���͎�@�ƂƂ��ɉ��w������̐݌v����щ^�]�@�𓱏o�����b�ƂȂ�C���f�����O��@�C�y�эœK����@�ɂ��ĉ������D}%
\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��ő�NMR�Ȃǂ̍ŐV�̌ő̐G�}�L�����N�^���[�[�V�����@���T������D����ɉ��w���u�̈��Ƃ��Ĕ������u����Ƃ��Ď��グ�C���w���u�̐݌v�C�^�]�Ɋւ����b�I�ȋZ�p���J�݂���D}%
\EdbColDef{edb:lecture.keyword}{1}{@}{201023}%
\EdbColDef{edb:lecture.keyword}{1}{E}{catalyst}%
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\EdbColDef{edb:lecture.keyword}{2}{E}{reactor}%
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\EdbColDef{edb:lecture.keyword}{3}{E}{process design}%
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\EdbColDef{edb:lecture.keyword}{4}{E}{optimization}%
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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.}%
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\EdbColDef{edb:lecture.notice}{1}{E}{Preparations for lessons review will be needed.}%
\EdbColDef{edb:lecture.notice}{1}{J}{�\�K���K���s�Ȃ����ƁD}%
\EdbColDef{edb:lecture.evaluation}{1}{E}{Assignments count 100\%.}%
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\EdbColDef{edb:lecture.evaluation2}{1}{E}{No make-up exams will be given.}%
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\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.}%
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\����{Advanced Chemical Reaction Engineering}{���w�����H�w���_}%
\�S������{\������������{Chemical Process Engineering, Chemical Science and Technology, Earth and Life Environmental Engineering}{Professor}{\EdbGMS{Shigeru}{}{Sugiyama}}\������������{Chemical Process Engineering, Chemical Science and Technology, Earth and Life Environmental Engineering}{Associate Professor}{\EdbGMS{Ken-Ichiro}{}{Sotowa}}\������������{Chemical Process Engineering, Chemical Science and Technology, Earth and Life Environmental Engineering}{Associate Professor}{\EdbGMS{Keizo}{}{Nakagawa}}}%
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\EdbColDef{edb:lecture.goal}{1}{J}{XAFS��ő�NMR�Ȃǂ̍ŐV�̕��͋Z�p�̗���(1���$\sim{}$7���)}%
\EdbColDef{edb:lecture.goal}{1}{E}{To understand the advanced analytical procedures such as XAFS and solid state NMR from 1st to 7th.}%
\EdbColDef{edb:lecture.goal}{2}{J}{���w�v���Z�X�̍œK����@�̗���(8���$\sim{}$15���)}%
\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) : �T��}%
\EdbColDef{edb:lecture.plan}{1}{E}{XAFS (1) : Introduction}%
\EdbColDef{edb:lecture.plan}{2}{J}{XAFS (2) : ���ߖ@}%
\EdbColDef{edb:lecture.plan}{2}{E}{XAFS (2) : Transmission mode}%
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\EdbColDef{edb:lecture.plan}{3}{E}{XAFS (3) : Fluorescence mode}%
\EdbColDef{edb:lecture.plan}{4}{J}{XAFS (4) : ����Љ�}%
\EdbColDef{edb:lecture.plan}{4}{E}{XAFS (4) : Case study}%
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\EdbColDef{edb:lecture.plan}{5}{E}{Solid state NMR (1) : Intrroduction}%
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\EdbColDef{edb:lecture.plan}{8}{E}{Introduction to opmization problem}%
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\EdbColDef{edb:lecture.plan}{11}{E}{Steepest descent method and line search}%
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\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��ő�NMR�Ȃǂ̍ŐV�̌ő̐G�}�L�����N�^���[�[�V�����@���T������D����ɉ��w���u�̈��Ƃ��Ĕ������u����Ƃ��Ď��グ�C���w���u�̐݌v�C�^�]�Ɋւ����b�I�ȋZ�p���J�݂���D}%
\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.}%
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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.}%
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\EdbColDef{edb:lecture.notice}{1}{E}{Preparations for lessons review will be needed.}%
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\EdbColDef{edb:lecture.evaluation}{1}{E}{Assignments count 100\%.}%
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\EdbColDef{edb:lecture.evaluation2}{1}{E}{No make-up exams will be given.}%
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\EdbColDef{edb:lecture.textbook}{1}{J}{All lecture documents will be opened through U-learning system.}%
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\EdbColDef{edb:lecture.contact}{1}{E}{\�A����l{\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{��{\EdbZSp}�j{\EdbZSp}�C{\EdbZSp}��{\EdbZSp}�j{\EdbZSp}�C{\EdbZSp}1{\EdbZSp}6{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}1{\EdbZSp}8{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}�D{\EdbZSp}��{\EdbZSp}��{\EdbZSp}�C{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}��{\EdbZSp}�D{\EdbZSp}}}}%
\EdbColDef{edb:lecture.contact}{2}{E}{\�A����l{\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}{\�A����l{\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{���w������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{���C��:16:00 - 17:00 (���̎��ԑшȊO�ł��s���������͂��ł�OK)}}}%
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