度要概業授授業概要 - insc.tohoku.ac.jp · part of this class will go along with...

授業概要

令和２年度

東北大学理学部

令

和

二

年

度

授

業

概

要

東北大学理学部

C O U R S E　S Y L L A B U S

（April 2020－March 2021）

Faculty of ScienceTohoku University

Course Semester/Credits Instructor Affiliation

Course code/number：SCH︲PCH211ECourse Title：SpecialClassinBasicChemistryⅠPurpose/Abstract：

Inthislecture,wetrytounderstandfundamentalsofthequantummechanicsandquantumchemistrythatarerequiredforadvancedchemistrycourses.Startingwithalectureoftheearlyquantummechanics,welearnhowtoformulatetheSchrödingerequation,whichisthebasicequationofquantummechanics.Thebasicconceptofwavefunctions（=solutionsoftheSchrödingerequations）arepresentedtounderstandthewavenatureofparticlesinatomicscale.Thenthesimplemodelsforvibrationalandrotationalmotionsofmolecules,andtheelectronicstateofthehydrogenatomaretreatedquantummechanicallyastheprototypesformorecomplexatomsandmolecules.Goal：

GaintheskilltosolvesimpleSchrödingerequationsusingaproblemofaparticleinabox.Extendittosolvequantummechanicalproblemsoftheharmonicoscillatorandtherigidrotatorofdiatomicmolecules,andtheelectronicmotionofthehydrogenatom.Contents：

Wewillcoverthefollowingthemes.　　１．Outlineandintroductiontoelementallyphysicalchemistry　　２．Dawnofthequantumtheory　　３．Theclassicalwaveequation　　４．TheSchrödingerequation　　５．Aparticleinabox　　６．GeneralPrinciplesofquantummechanics　　７．Theharmonicoscillatorandtherigidrotator　　８．Thehydrogenatom

Books required/referenced：PhysicalChemistry-amolecularapproachbyD.A.McQuarrieandJ.D.SimonPreparationandreview：Readthetextbookbeforeandafterthelecturesandtrytosolvetheexamplesinthetextbook.

Grading：Attendance+Mid-termexam.+Finalexam.（+Additionalexam）

Remarks：　　　　

SpecialClassinBasicChemistryⅠ（専門基礎化学Ⅰ）

３Semester2Credits 南後　恵理子量子ビーム構造生物化学

Quantumbeam-basedstructuralbiologyandchemistry


Course code/number：SCH︲OCH201ECourse Title：ntroductiontoBasicChemistry（基礎化学序論）Purpose/Abstract：

ThisclassisofferedtofreshmenenrolledintheAMCcourse.Fundamentalknowledgeandcutting-edgeresearchinchemistryandmaterialssciencewillbepresentedintheformofseminarsineachlaboratory.Throughouttheseseminars,thedifferencesinhighschool-levelandcollege-levelchemistrywillbeemphasized,andstudentswillbegivenmotivationfortheirfuturestudies.Goal：

Understandingofthebasicfieldsofuniversity-levelchemistryspreadoveracross-sectionofeachfield,suchasorganicchemistry,inorganicchemistry,analyticalchemistry,biochemistryandphysicalchemistry.Contents：

Followingthescheduledistributedduringtheinitialclass,studentswillvisitlaboratoriestoattendseminarsandbeintroducedtolaboratoryfacilitiesandlearntheimportanceofbasicchemistryaswellascutting-edgeresearch.Books required/referenced：

IndicatedbyeachinstructorPreparationandreview：Indicatedbyeachinstructor

Grading：Classattendance,attitudeandactivity

Remarks：主として実践的教育から構成される実務・実践的授業／ Practicalbusiness

IntroductiontoBasicChemistry（基礎化学序論）

2Semester2Credits 火原　彰秀 LaboratoryofNano/MicroChemical

Measurements

－189－

Ad

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nc

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cu

lar

Chem

istry

（AM

C

）Course

ua83844962

タイプライターテキスト

Akihide Hibara

ua83844962


Eriko Nango


Course code/number：SCH︲ORG211ECourse Title：BasicOrganicChemistryIPurpose/Abstract：

ObjectiveandSummaryofClass：　Studentswilllearnhowtounderstandorganicchemicalreactions.Thepurposeistolearnthereactionsofbasicorganiccompounds,such

asalkanes,alkenes,andorganichalides,viatheflowofelectronsshownusingarrows.　　⑴　StructureandBonding.　　⑵　OrganicCompounds　　⑶　Stereochemistry　　⑷　Alkanes　　⑸　Alkenes　　⑹　AlkynesIntendedforthosestudentsmajoringinorganicchemistry,thisclasswillprovidethebroadfundamentalsoforganicchemistryneededto

becomeachemist.ItisdesirabletocontinuetakingChemistryC,SpecialClassinBasicChemistryⅢ ,andGeneralOrganicChemistryA,BandCaswellastotakeExercisesinOrganicChemistryAandOrganicChemistryⅠAandⅡA（classconcerningspectroscopy）Goal：

•Tounderstandchemicalbondsandstructureoforganiccompounds.•Tounderstandstreochemisry.•Tounderstandthemainreactionsofalkanesviaelectronflowarrows.•Tounderstandthemainreactionsofalkenesviaelectronflowarrows.•Tounderstandthemainreactionsofalkynesviaelectronflowarrows.

Contents：Duringtheclass,chapters1-8of“OrganicChemistry,8thed.”byMcMurrywillbestudied.Basically,Iwillgivequizzesforeachchapter,sopleasedoyourbestatpreparationandreviewusingthetextbook.

Books required/referenced：“OrganicChemistry9thed.”byJohnMcMurry

Preparation and review：Preparation/review/tasksareinstructedduringlecture.

Grading：Quizandreportsandafinalexam.Quizzeswillbegivenatthebeginningofclasses.

Remarks：Theofficehoursarebasicallyfrom10amto5pm,fromMondaytoFriday

SpecialClassinBasicChemistryⅢ（専門基礎化学Ⅲ）

3Semester2Credits 和田　健彦

LaboratoryofNanobioFunctionalMaterials/ChemicalBiology&SupramolecularPhotochirogenesis


Course code/number：SCH︲INO211ECourse Title：SpecialClassinBasicChemistryII（AMC）Purpose/Abstract：

Thiscoursebuildsfromthebasicelectronicstructureofatomsandmoleculestobondingincompoundstostructureandfinallytotherelationshipbetweenthestructureandpropertiesofcompounds.Itismyaimthatstudentswilldeveloptoolsneededtopredictthepropertiesfromtheelectronicandphysicalstructuresofrelativelysimplecompounds.Goal：

Thegoalofthiscourseistolearnthebasicsofelectronicstructuresofatomsandmoleculesandbonding.Inaddition,studentswillbeabletounderstandtherelationshipamongthosetopicsandthepropertiesofcompounds.Contents：

Belowisatentativescheduleandcontentforthecourse.Theschedulemaybechangedduetotimeconstraintsoratthediscretionoftheprofessor.

　１．ElementalOriginandAtomicComposition　２．QuantumMechanics,　３．PeriodicTableGeneralPropertiesandPeriodicity,MagneticProperties　４．CovalentBonding,LewisStructure,MolecularOrbitalMethod　５．Atoms,Molecule,polyatomicmolecules　６．Valencebondingmethod,hybridorbital,πbond　７．Molecularstructureandpolarity　８．Symmetryandgrouptheory　９．Grouptheorymolecularorbital,applicationtomolecularvibration　10．Crystalstructure⑴　11．Crystalstructure⑵　12．Ionicsolids　13．Metalandmetallike　14．Electricconduction,semiconductor,superconductivity

Books required/referenced：Primarytext:InorganicChemistry6thEd,GeneralChemistry9thEd.byEbbingandGammonandothertexts

Preparation and review：Youshouldbereadingthechaptersandtryingproblemsnotassignedbytheprofessor.

Grading：Classattendance,homework,andtwoexams

Remarks：[email protected]

SpecialClassinBasicChemistryⅡ（専門基礎化学Ⅱ）

３Semester2Credits BREEDLOVEBRIAN LaboratoryofNanomaterials

－190－

ua83844962


Takehiko Wada


Course code/number：SCH︲PCH221E

Course Title：Thermodynamicsandstatisticalphysics

Purpose/Abstract：Throughlecturesofphysicalchemistryclasses,fundamentalsofphysicalandmathematicalknowledgewillbe

lectured.However,itisalsonecessarytosolveactualproblemsinphysicalchemistryissues.Topicsandexercisesinspecialcaseswillbeextended.

Goal：Inthiscourse,wetrytosolveproblemsrelatedtotheissuesdiscussedinAMCcourses.Thegoalofthisclassisto

requireskillsthroughtheseprocess.

Contents：Partofthisclasswillgoalongwith'ProblemsandsolutionstoaccompanyPhysicalChemistry-molecularapproach

byD.A.McQuarrieandJ.D.Simon'inwhichtheproblemsshownineachchapterofthetextbookareanalyzed.

Books required/referenced：Indicatedbyeachinstructor.

Preparationandreview：Homeworkquizareassignedduringclass

Grading：classattendance,reportsandscoresofemaminations


GeneralPhysicalChemistryA

（物理化学概論Ａ）5Semester2Credits 米田　忠弘 AdvancedScanningProbeMicroscopy

&LaboratoriesatKatahiraCampus.


Course code/number：SCH︲INO211ECourse Title：SpecialClassinBasicChemistryIV（AMC）Purpose/Abstract：

Thisclasswillcovergeneralanalyticalandinorganicchemistry,suchasequilibria,acidsandbases,acid-baseequilibria,oxidationandreductionreactions,electrochemistry,etc.Goal：

Studentswillgainanunderstandinginbasictopicsinanalyticalandinorganicchemistries,whichwillaidthemintheirfuturestudies.Contents：

ContentsandSchedule:　１．Chemicalequilibria　２．Acidandbases　３．Acid-baseequilibria　４．Oxidationandreduction　５．Introductiontocoordinationcomplexesandsolubility　６．Electrochemistry　７．Introductiontosymmetry

Books required/referenced：norganicChemistry6thed.EbbingandGammon,GeneralChemistry9thed.Preparationandreview：readanddopracticeproblems

Grading：Attendance,homework,andtwoexams


SpecialClassinBasicChemistryⅣ（専門基礎化学Ⅳ）

３Semester2Credits BREEDLOVEBRIAN LaboratoryofNanomaterials

－191－

ua83844962


Tadahiro Komeda


Course code/number：SCH︲PCH223ECourse Title：GeneralPhysicalChemistryCPurpose/Abstract：

Chemicalkinetics,alsoknownasreactionkinetics,isthestudyofthespeedofchemicalprocesses.Astudyofchemicalkineticsincludesinvestigationsofhowexperimentalconditionscaninfluenceonthespeedofachemicalreaction.Inthis

class,appropriateconstructionofmathematicalmodelsthatcandescribethecharacteristicsofachemicalreactionwillbediscussed.Conceptof“orderofreaction”and“howtodetermineorderofreactionalongwithintegratedratelaws”arealsothemostimportanttopicsofthisclass.Moreover,theenzymaticreactionkineticswillbeintroducedtounderstandthespecificexamplesofchemicalreactionratedetermination.　Throughthetrialtosolvetheproblemsinthetextbook,theestablishmentoftheknowledgewillbeachieved.Goal：

Themaingoalistoteachprinciplesofreactionkineticsandcatalysis.Topicscoveredincludethelawsandtheoriesgoverningreactionratesandmechanismsingas,condensedphaseandatthesolid-liquidinterface.Modernexperimentalapproachestostudykineticsincomplexchemicalandbiochemicalsystemsandanalysisofexperimentaldatawillbeintroduced.Computationalapproachestoestimateratesofchemicalreactionsandstudythemechanismofcatalysiswillbediscussed.Contents：

ContentsandProgressScheduleoftheClass:Inthisclass,thecontentsfromChapter27toChapter31ofthetextbook（PhysicalChemistry－amolecularapproachbyD.A.McQuarrie

andJ.D.Simon）willbediscussed.　Chapter27/TheKineticTheoryofGases　Chapter28/ChemicalKinetics:RateLaws　Chapter29/ChemicalKinetics:ReactionMechanisms　Chapter30/Gas-phaseReactionDynamics　Chapter31/SolidandSurfaceChemistry

Books required/referenced：PhysicalChemistry－amolecularapproachbyD.A.McQuarrieandJ.D.Simon

Preparation and review：Studentswhojoinsinthisclassisexpectedtokeepprep.

Grading：RecordandEvaluationMethod:Classattendance（perfectattendanceis60points）,reports（perfectsubmissionis20points）andscoresoffinalexaminations（fullscoreis

20points）aretotallyevaluated.Personwhogainsover90pontsgetsAAscore.

Remarks：ThisclasswillbeconductedinEnglish.

GeneralPhysicalChemistryC（物理化学概論Ｃ）

５Semester2Credits 荒木　保幸 LaboratoryforFunctionalPhotochemistry

andChemicalBiology


Course code/number：SCH︲PCH222ECourse Title：GeneralPhysicalChemistryBPurpose/Abstract：

Thecoursedealswiththeintroductiontotheprinciplesofquantummechanicsandtheirapplicationtochemicalsystems.Topicsincludetheformalismandmahtematicaltoolsofquantummechanics；approximatemethods；atomicstructure;thechemicalbond,valencebond；andmolecularorbitaltheory.Goal：

Theaimofthiscourseisthatstudentsareableto；⑴ understandapproximationmethods,includingthevariationalmethodandperturbationtheory；⑵ explaintheatomicstructuresandtheirspectroscopicproperties；⑶ understandthequantummechanicaldescriptionofthechemicalbondandmolecularstructures；⑷befamiliarwiththeconceptofmolecularorbitaltheory.Contents：

Thecontentsandscheduleareasshowninbelow：　⑴　Introduction　⑵　Approximationmethodinquantummechanics:Variationalmethod　⑶　Apporoximationmethodinquantummechanics:Perturbationtheory　⑷　Structureoftheheliumatom　⑸　MultipleelectronatomsandthePauliprinciple　⑹　Multipleelectoronatoms:termsymbolandatomicspectra　⑺　Chemicalbond:thehydrogenmolecularion　⑻　Chemicalbond:Themolecularorbitalmethod　⑼　Chemicalbond:thestructureofdiatomicmolecules　⑽　Bondinginpolyatomicmolecules　⑾　Hybridizationandmolecularstructure　⑿　Conjugatedpi-electronsystems:TheHückelmolecularorbitalmethod　⒀　Computationalquantumchemistry

Books required/referenced：PhysicalChemistry-amolecularapproachbyD.A.McQuarrieandJ.D.Simon

Preparation and review：Thesessiontimeislimitedandthereforeself-directedlearningisimportant.Studentsarerequiredtoprepareandreviewforeachclass.

Grading：Studentsareevaluatedontheirclassattendance,themidtermreport,andthefinalexamination.


GeneralPhysicalChemistryB

（物理化学概論Ｂ）４Semester2Credits 組頭　広志 LaboratoryofOrganicPhysicalChemistry

－192－

ua83844962


Hiroshi Kumigashira

ua83844962


Yasuyuki Araki



Course Title：ExercisesofproblemsandtopicsinphysicalchemistryA



Goal：Inthiscourse,wetrytosolveproblemsrelatedtotheissuesdiscussedinAMCcourses.Thegoalofthisclassisto

requireskillsthroughtheseprocess.

Contents：Partofthisclasswillgoalongwith＇ProblemsandssolutionstoaccompanyPhysicalChemistry-molecularapproach

byD.A.McQuarrieandJ.D.Simon＇inwhichtheproblemsshownineachchapterofthetextbookareanalyzed.

Books required/referenced：Indicatedbyeachinstructor.

Preparation and review：Homeworkquizareassignedduringclass.



ExercisesinPhysicalChemistryA（物理化学演習Ａ）

4Semester1Credit

米田　忠弘髙岡　毅

LaboratoryofAdvancedScanningProbeMicroscopy


Course code/number：SCH︲PCH224ECourse Title：PrinciplesofspectroscopicmethodsinphysicalchemistryPurpose/Abstract：

Gaintheskillfortheanalysisofmolecules，focusingontheunderstandingandapplicationtothespectroscopicmethods.Wecoverwideareaofthespectroscopicmethods，includingopticalabsorprion/emissionspectroscopy

andmagneticresonancespectroscopy.Goal：

Gaintheskillfortheanalysisofmolecules，focusingontheunderstandingandapplicationtothespectroscopicmethods.Wecoverwideareaofthespectroscopicmethods，includingopticalabsorprion/emissionspectroscopy

andmagneticresonancespectroscopy.Contents：

１）molecularspectroscopy２）magneticresonanceNMR３）photochemistry，laserspectroscopy

Books required/referenced：Textbook:PhysicalChemistry-amolecularapproachbyD.A.McQuanieandJ.D.Simon

Preparation and review：preparationandreview

Grading：Score:everyweekʼsattendance+Mid-termexam+Finalexam

Remarks：KatahiraCampus-SouthMultidisciplinaryResearchLaboratoryBuilding1“E02”Room303Email:[email protected]:Mon-Fri,9：00︲17：00Closed:SaturdaysandSundays

GeneralPhysicalChemistryD（物理化学概論Ｄ）

５Semester2Credits 髙岡　毅 LaboatoryofAdvancedScanningProbeMicroscopy

－193－

ua83844962


Tsuyoshi Takaoka

ua83844962


Tadahiro Komeda, Tsuyoshi Takaoka


Course code/number：SCH︲INO221ECourse Title：GeneralInorganicandAnalyticalChemistryA　　無機分析化学概論APurpose/Abstract：

Thermodynamicsisapowerfultooltounderstandtheequilibriumphaserelationshipthatisneededformaterialsprocessingincludingmaterialssynthesisandgrowthfromtheconventionaltothemostadvancedone.Italsogivesaninsightofthenonequilibriumprocessintermsofthedeviationfromtheequilibriumstate.Itshouldbealsonotedthatthermodynamicsisapowerfulmeantoproveyourdevelopingtheory.

Althoughthermodynamicsisoneoftheclassicacademics,itisnoteasytolearn.Thisisbecausetheʻpracticalstateʼisoftenfardifferentfromtheʻidealʼandonlyideal-gascasewithmathematicalexpressionsaresimplydemonstratedinteachingwithoutshowingitsapplicationstotheʻrealworldʼ.Inthisclass,studentswillhaveanexcitinglearningexperienceofthethermodynamicsthroughitspracticalapplicationswithsimplemathforms.Inaddition,thisclassislinkedtotheʻExercisesinInorganicandAnalyticalChemistryAʼandstudentswilllearnaboutthepracticaluseofthermodynamicsbysolvingafewkindsofproblemsassociatedwithchemicalequilibriumorchemicalreactions.Goal：

・Learn1stlawand2ndlawofThermodynamics.・LearndifferentkindsoffreeenergyandhowtheyarerelatedbytheLegendretransformation.・LearnthebasicconceptsofGibbsfreeenergy,partialmolarquantity.・Learnthederivationofchemicalpotentialstounderstandthephaserelationship.・Learnhowtoreadequilibriumphasediagrams.・Togettheideahowtoapplythethermodynamicstopha

Contents：Theclasswillcoverfundamentalsandpracticalexamplesaswellrelatedtothermodynamics.　Ｉ．ScopeofThermodynamics　Ⅱ．1stlawand2ndlawofThermodynamics　Ⅲ．Equilibrium　Ⅳ．ChemicalPotentialsandActivities　Ⅴ．PhaseDiagrams　Ⅵ．TheKineticsofPhaseTransformations

Books required/referenced：Handoutwillbegivenbeforetheclassbegins.

Preparation and review：Studentsarerequiredtopreparefortheassignedpartofthedesignatedtextbookforeachclass.Theyarealsorequiredtomakeathorough

review,mainlybycompletingassignments.Grading：

Resultsofclassattendance,quizesandexaminationwillbeusedforevaluation.Remarks：

Contactaddress：[email protected]　Tel：022︲215︲2100

GeneralInorganicandAnalyticalChemistryA（無機分析化学概論Ａ）

4Semester2Credits 宇田　聡 LaboratoryofCrystalChemistry



Course Title：ExercisesofproblemsandtopicsinphysicalchemistryB



Goal：Partofthisclasswillgoalongwith＇ProblemsandssolutionstoaccompanyPhysicalChemistry-molecularapproach


Contents：Partofthisclasswillgoalongwith＇ProblemsandssolutionstoaccompanyPhysicalChemistry-molecularapproach


Books required/referenced：indicatedbyeachinstructor

Preparation and review：Homeworkquizareassignedduringclass.



ExercisesinPhysicalChemistryB（物理化学演習Ｂ）

5Semester1Credit 米田　忠弘 AdvancedScanningProbeMicroscopy

&LaboratoriesatKatahiraCampus.

－194－

ua83844962


Tadahiro Komeda

ua83844962


Satoshi Uda


Course code/number：SCH︲INO223ECourse Title：GeneralInorganicandAnalyticalChemistryC（AMC）Purpose/Abstract：

Theobjectiveofthisclassistointroducefrontiersofinorganicchemistry.Theaimoftheclassistoshowhowdevelopmentsininorganicchemistryimpingesontheotherdisciplines,suchaslifescience,condensedmatterphysics,andmaterialschemistry.Wewilldiscussmaterialschemistryfocusingonsolid-statecompounds,theirstructures,andelectronic,magnetic,andopticalproperties.Inaddition,wewilldiscussnanomaterialsandbiosensorsandintroducetheareaofcatalysis.Goal：

Studentswillgainanunderstandingofthepropertiesofsolid-statematerialsandnanomaterialsandlearnaboutf-blockelements.Inaddition,youwilllearnbasicconceptsofcatalysisandbiosensors.Contents：

BasicContentsandSchedule:　１．f-blockelements　２．Introductiontocatalysis　３．Homogeneouscatalysis　４．Heterogeneouscatalysis　５．Othercatalyticsystems（e.g.,photocatalysisandelectrocatalysis）　６．Biologicalinorganicchemistry　７．Biologicalinorganicprocesses　８．Bandstructuresofsolidsandsemiconductors　９．Magneticpropertiesofsolids　10．Electronicpropertiesofsolids　11．Opticalpropertiesofsolids　12．Solid-stateandmaterialschemistry　13．Nanoscience　14．Biosensors

Books required/referenced：InorganicChemistry6thEd.

Preparation and review：reading

Grading：Classattendanceandtwoexams


GeneralInorganicandAnalyticalChemistryC（無機分析化学概論Ｃ）

5Semester2Credits BREEDLOVEBRIAN LaboratoryofNanomaterials


Course code/number：SCH︲INO222ECourse Title：GeneralInorganicandAnalyticalChemistryB(AMC)Purpose/Abstract：

Thisclassisasurveyofthegeneralpropertiesandreactivityofmaingroupelementsandtransitionmetals.Duringthecourse,wecoverchapters9-22inShriverandAtkins'InorganicChemistry,6thed.Goal：

Thegoalofthisclassistolearnthegeneraltrendsinreactivityofthechemicalelements.Contents：

ContentsandSchedule:　１．Chemistryofmaingroupelements　２．d-Blockmetals　３．Structureofd-blockmetalcomplexes　４．Basicsofcoordinationchemistry

Books required/referenced：InorganicChemistry6thEd.（formerlyShriverandAtkins）

Preparation and review：readthechapters

Grading：Attendanceandtwoexams


GeneralInorganicandAnalyticalChemistryB（無機分析化学概論Ｂ）

4Semester2Credits BREEDLOVEBRIAN LaboratoryofNanomaterials

－195－


Course code/number：SCH︲INO251E

Course Title：ExercisesinInorganicandAnalyticalChemistryA　無機分析化学演習A

Purpose/Abstract：Obtainbasicunderstandingofthethermochemistryanditspracticalapproachininorganicchemistrybysolving

variousproblemsets.

Goal：Tounderstandandsolvethethermochemistry-relatedproblemsthatstudentsmayencounterduringtheirinorganic

researchworks.

Contents：Solvepracticalproblemsassociatedwithbasicthermochemistryaftertheshortlectureisgivenateachclass.

Books required/referenced：Aproblemsetwillbegivenateveryclasshour.ReprintfromDickerson,Gray,Darensbourg,Darensbourg(ChemicalPrinciples)

Preparation and review：Assignmentsaregivenasneeded.

Grading：Evaluationwillbeperformedonthebasisofattendanceandachievementsoftheexercises.

Remarks：Contactaddress：[email protected],022︲215︲2100

ExercisesinInorganicandAnalyticalChemistryA

（無機分析化学演習Ａ）4Semester1Credit 宇田　聡 LaboratoryofCrystalChemistry


Course code/number：SCH︲INO224ECourse Title：GeneralAnalyticalChemistry:two-phaseequilibrium,electroanalyticalchemistry,andinstrumentalanalysisPurpose/Abstract：

Inthiscourse,studentswillunderstandvariousanalyticalmethodsbasedonthefundamentalknowledgeonanalyticalchemistrylearntinSpecialClassinBasicChemistryIV.Goal：

Thepurposeofthiscourseistohelpstudentsexplainprinciples,appratuses,andapplicationsoftheanalyticalmethodsfromtheviewpointofselectivityandsensitivity.Contents：

Thisisalecture-centeredcoursewithshortquizandhomeworkreport.Thecontentsandscheduleareasshonbelow:　１）Introduction　２）Electrochemistry　３）Potentiometryandcoulometry　４）Ionselectiveelectrodeandothersensors　５）Two-phaseequilibriumandextracrtion　６）Principleofchromatography　７）Partitionchromatography　８）Ionchromatographyandsizeexclusionchromatography　９）Reviewofelectroanalyticalchemistry,extraction,andchromatography　10）Statesofatoms　11）Atomicabsorptionspectroscopy　12）Inductively-coupledplasmaopticalemissionandmassspectroscopies　13）X-raygenerationanddetection　14）X-rayfluorescence　15）Reviewofatomicandx-rayspectroscopies

Books required/referenced：Referencesarehandedoutateveryclass.

Preparation and review：Studentsareexpectedtodohomework（review）.

Grading：Quizzesinclass,homeworkreports,andexamination（s）

Remarks：Bringyourscientificcalculator.　E-mail:[email protected]　Labhomepage:http://www2.tagen.tohoku.ac.jp/lab/hibara/Officehour：weekday13:00-18:00,IMRAMWestBuilding1RoomS211

GeneralInorganicandAnalyticalChemistryD（無機分析化学概論Ｄ）

6Semester2Credits 火原　彰秀 LaboratoryofNano-MicroChemicalAnalysis

－196－

ua83844962


Akihide Hibara

ua83844962


Satoshi Uda


Course code/number：SCH︲ORG221E

Course Title：GeneralOrganicChemistryA

Purpose/Abstract：ObjectiveandSummaryofClass:Thisclassispartoforganicchemistryclasses,includingSpecial

ClassinBasicChemistryⅢ ,andGeneralOrganicChemistryA,C,andD.Thelecturecoversthefollowingtopics：

⑴　Basicchemistryoforganichalides.⑵　Nucleophilicsubstitutionreactionsandreactiontheory⑶　Dieneandallylicsystems⑷　Conjugatedandaromaticcompounds⑸　Aromaticsubstitutionreactions⑹　Propertiesofalcohols,phenols,ethers,andthiols.Thisclasswillprovidethebroadfundamentalsoforganic

chemistrythatareessentialforstudentstobeachemist.

Goal：GoalofStudy:Tounderstand　⑴　Propertiesofalkylhal idesandrelatedcompounds,

syntheticmethods,radicalreactions,principlesofthestabilityofallylradicals,thecharacteristicsofGrignardreactions

　⑵　Reac t i on so f o rgan i cc ompounds , e spec i a l l y t hecharacteristicsandreactionmechanismsofnucleophilicsubstitutionsandaliphaticreactions

Contents：Theclasswillinvolvechapters10 ,11 ,and14－18ofOrganic

Chemistry9thEd.byJohnMcMurry.However,thepartsinchapter14coveringspectroscopywillbeomitted.

１．Introduction２．Organohalides（Chapter10）３．Nucleophilicsubstitutionsandeliminations（Chapter11）４．Conjugatedcompounds（Chapter14）５．Benzeneandaromaticity（Chapters15）６．Electrophilicaromaticsubstitution（Chapter16）７．Alcoholsandphenols（Chapter17）８．Ethersandepoxides;ThiolsandSulfides（Chapter18）

Books required/referenced：McMurryOrganicChemistry9thEd.

Preparation and review：Problem-solvingexercise

Grading：Grading:Evaluationwillbeperformedonthebasisofexams,class

participation,andhomeworkresults.

Remarks：

　　　　

GeneralOrganicChemistryA（有機化学概論Ａ）

4Semester2Credits 水上　進 LaboratoryofCellFunctionalMolecular

Chemistry


Course code/number：SCH︲INO252ECourse Title：ExercisesinInorganicandAnalyticalChemistry:FromBasicInorganicChemistrytoCoordination

ChemistryandLigand-FieldTheoryPurpose/Abstract：

Conductexercisesininorganicandanalyticalchemistry,inparticularanareafrombasicinorganicchemistrytocoordinationchemistryrelatedtothesolid-statemolecularchemistry,byexplainingtheirfields.Goal：

Togainadeeperunderstandingofthecourse.Andwehopethatyoumaybeinterestedinthefieldofthesolid-statemolecularchemistry.Contents：

Conductexercisesandexplanationforthefields.Books required/referenced：

Theproblemsetwillbegivenateachclasshour,butthefollowingtextsmaybeusefulforyourstudy:Shriver&AtkinsʼInorganicChemistry,byP.Atkinsetal.,OxfordUniversityPress.D-andF-BlockChemistry,byC.Jones,RSCpublisher.

Preparation and review：Theproblemsgivenateachclasshourshouldbesolved.

Grading：Evaluationwillbeperformedbyyourattendancerecordsandresultsoftheexercises.

Remarks：[email protected],[email protected]︲215︲[email protected]

ExercisesinInorganicandAnalyticalChemistryＢ

（無機分析化学演習Ｂ）5Semester1Credit

高坂　亘関根　良博福山　真央

LaboratoryofSolid-StateMetal-ComplexChemistryLaboratoryofNano/MicroChemicalMeasurements

－197－

ua83844962


Wataru Kosaka, Yoshihiro Sekine, Mao Fukuyama

ua83844962


Shin Mizukami


Course code/number：SCH︲ORG224ECourse Title：GeneralOrganicChemistryDPurpose/Abstract：

ObjectiveandSummaryofClass:　Thisclassispartofseriesoforganicchemistryclasses,includingGeneralOrganicChemistryA,C,andD.　Thislecturewillconcersnthefollowingtopics:　　⑴　Basicchemistryofaminesandhelelocycles　　⑵　Chemistryofbiomolecules　　　2︲1　Carbohydrates　　　2︲2　Aminoacids,PeptidesandProteins　　　2︲3　Lipids　　　2︲4　Nucleicacids　　⑶　Theorganicchemistryofmetabolicpathway　　⑷　Pericyclicreactions:electrocyclicreactions,cycloadditionsandsigmatropicrearrangements

Goal：GoalofStudy　⑴　Tounderstandthesyntheticmethodofaminesandreactionsofamines　⑵　Tounderstandthechemicalpropertiesandreactivityofheterocyclicamines　⑶　Tounderstandthestructuresandbiologicalfunctionsofbiomoecules（carbohydrates,aminoacids,peptides,proteins,lipidsand

nucleicacids）　⑷　Tounderstandtheorganicchemistryofmetabolicpathwayinthecellsoflivingorganisms　⑸　Tounderstandthepeicyclicreacitionsbymolecularorbitaltheory

Contents：Theclasswillinvolvechapters24-30ofOrganicChemistrybyJohnMcMurry.

Books required/referenced：TextbookandReferences:　“OrganicChemistry8thed.”byJohnMcMurry

Preparation and review：Theyshoulddothehomework,whichisassignedintheclass.Inaddition,theyshoulddotheexerciseinthetextbook

Grading：Evaluationwillbeperformedonthebasisofexamandthehomeworkresults.


GeneralOrganicChemistryD（有機化学概論Ｄ）

5Semester2Credits 永次　史 LaboratoryofSynthesisofOrganic

FunctionalMolecules


Course code/number：SCH︲ORG223ECourse Title：GeneralOrganicChemistryC（AMC,ChemistryofCarbonylCompounds）Purpose/Abstract：

Learningthechemistryofcarbonylcompounds-mainreactions,methodsofsynthesis,reactionmechanismsandsyntheticapplications.Goal：

Understandingthechemistryofcarbonylcompounds.Contents：

Lecturesbasedonthetextbook,discussionsintheclass,tests　Chapter19AldehydesandKetones:NucleophilicAdditionReactions　Chapter20CarboxylicAcidsandNitriles　Chapter21CarboxylicAcidDerivatives　Chapter22CarbonylAlpha-SubstitutionReactions　Chapter23CarbonylCondensationReactionsBooksrequired/referenced：McMurry-OrganicChemistry:chapters19︲23

Preparation and review：Readingthetextbook,self-traininginwritingreactionmechanisms

Grading：Attendanceoftheclass,activityinthediscussions,testsresults


GeneralOrganicChemistryC（有機化学概論Ｃ）

5Semester2Credits 鬼塚　和光 Labora to ryo fSynthe t i cChemis t ry f o r

BiofunctionalMolecules

－198－

ua83844962


Kazumitsu Onizuka

ua83844962


Fumi Nagatsugi


Course code/number：SCH︲ORG252ECourse Title：ExercisesinOrganicChemistryBPurpose/Abstract：

Understandingoforganicchemistrywillbedeepenedbyperformingexercisesbasedonthelecturecontentsof“GeneralOrganicChemistryC”and“GeneralOrganicChemistryD”（fromchapter19uptochapter29inMcMurry,“OrganicChemistry”,8thed.）Goal：

Itwillbepossibletoexplainbasicorganicchemistryinrealterms.Inparticular,organicreactionmechanismscanbedescribedwitharrowsshowingthemovementofelectrons.Contents：

TheproblemsattheendofeachchapterofMcMurryʼs“OrganicChemistry”,8 thed.（chapters19︲29）willbeperformed.Detailswillbeexplainedduringthe1stlecture.Books required/referenced：

McMurry“OrganicChemistry”,8thed.Referenceswillbeintroducedaccordingly.Preparation and review：

YoushouldstudytheexerciseintheMcMurry's“OrganicChemistry”,8thed.(chapters19-29).Grading：

Evaluationwillbebasedonattendanceandthenumberofexerciseanswersgiven.Additionalpointswillbegivenforanswerswrittenontheblackboard.Remarks：

　　　　

ExercisesinOrganicChemistryB（有機化学演習Ｂ）

5Semester1Credit

永次　史和田　健彦

InstituteofMultidisciplinaryResearchforAdvancedMaterials


Course code/number：SCH︲ORG251ECourse Title：ExercisesinOrganicChemistryAPurpose/Abstract：

ObjectiveandSummaryofClass：Understandingoforganicchemistrywillbedeepenedbyperformingexercisesbasedonthelecturecontentsof

“ChemistryC”and“SpecialClassinBasicChemistryⅢ”andinparallel“GeneralOrganicChemistryA”and“LaboratoryExperimentsinChemistryA”（uptochapter18inMcMurry,“OrganicChemistry”,8thed.）Goal：

Itwillbepossibletoexplainbasicorganicchemistryinrealterms.Inparticular,organicreactionmechanismscanbedescribedwitharrowsshowingthemovementofelectrons.Contents：

TheproblemsattheendofeachchapterofMcMurryʼs“OrganicChemistry”,8 thed.uptochapter18willbeperformed.Detailswillbeexplainedduringthe1stlecture.Books required/referenced：

McMurry“OrganicChemistry”,8thed.and9thed.Referenceswillbeintroducedaccordingly.Preparation and review：

YoushouldstudytheexerciseintheMcMurryʼs“OrganicChemistry”,8thed.(chapters1-18)Grading：

Evaluationwillbebasedonattendanceandthenumberofexerciseanswersgiven.Additionalpointswillbegivenforanswerswrittenontheblackboard.Remarks：

主として実践的教育から構成される実務・実践的授業／ Practicalbusiness

ExercisesinOrganicChemistryA

（有機化学演習Ａ）4Semester1Credit

永次　史水上　進和田　健彦

InstituteofMultidisciplinaryResearchforAdvancedMaterials

－199－

ua83844962


Fumi Nagatsugi, Shin Mizukami, Takehiko Wada

ua83844962


Fumi Nagatsugi, Takehiko Wada


Course code/number：SCH︲BIC221ECourse Title：TheMolecularDesignofLifeandBiologicalEnergyTransductionPurpose/Abstract：

Tolearnthebiologicalphenomenaatthemolecularlevelandtogainadeeperunderstandingofbiochemistry,molecularbiologyandbiophysics.Studentswilllearn:　１．Structuresandpropertiesofsugarsandlipids,　２．Structuresandpropertiesofbiologicalmembranes,　３．Biologicalenergytransduction.ItisdesirabletoconsistentlyattendthediscussionsinBiochemistryIIAconcerningtheDNAandRNAsynthesisandmetabolismofbiomolecules.

Goal：Studentswillgainanunderstandingofthefunctionsofsugars,polysaccharides,lipidsandmembranesonthebasisoftheirstructuresandthermodynamics.

Inaddition,studentswillunderstandtheprocessinwhichglucoseisconvertedintoATPasenergycurrency.Contents：

1stlectureCarbohydratesＩ2ndlectureCarbohydratesⅡ3rdlectureLipidsandcellmembranesＩ4thlectureLipidsandcellmembranesⅡ5thlectureMembraneChannelsandPumpsⅠ6thlectureMembraneChannelsandPumpsⅡ7thlectureSignalTransductionPathwaysMidtermtest8thlectureMetabolism:BasicconceptsandDesign9thlectureGlycolysisandGlugoneogengesisＩ10thlectureGlycolysisandGlugoneogengesisⅡ11thlectureTheCitricAcidCycle12thlectureOxidativePhospholylationⅠ13thlectureOxidativePhospholylationⅡFInaltest14thlectureEpilogue:LivesofWarburg,MayerhoffandKrebs

Books required/referenced：Berg,Tymoczko,GattoandStryer,Biochemistry,9thedition（WHFreeman）.Thelectureswillcoverchapters10to18ofthetextbook.

Preparation and review：Studentswillbeaskedtosubmithomeworkeveryweek.

Grading：Theresultsofexaminationsandattendancewillbetakenintoconsiderationforevaluation.

Remarks：ThecontactaddressofSatoshiTakahashiisasfollows:　IMRAM,eastbuilding1,room307（KatahiraCampus）.Email:[email protected]　Studentsarewelcomedtovisitmyoffice.Pleasemakeanappointmentbyemail.

BiochemistryⅠA（生物化学ⅠＡ）

4Semester2Credits 髙橋　聡 LaboratoryofBiologicalandMolecularDynamics


Course code/number：SCH︲BIC211ECourse Title：GeneralBiochemistry（生物化学概論）Purpose/Abstract：

Tostudythebasicknowledgeofmolecularbiology,biochemistryandstructuralbiologyandtounderstandbiologicalphenomenaatthemolecularlevel,studentswilllearnthefollowingcontents.

　１）Structuresandchemicalpropertiesofnucleicacids　２）Structuresandchemicalpropertiesofaminoacidsandproteins　３）BiochemicalmethodsforanalyzingDNAsequence,aminoacidsequence,proteinstructuresandfunctions　４）Mechanismsofenzymecatalysis

Goal：Studentswillgaindeepinsightsintostructuresandphysiologicalfunctionsofnucleicacids,proteinsandother

importantbiomolecules.Also,studentswillunderstandmolecularmechanismsofseveralimportantenzymes.Contents：

Lectureswillfollowatextbookindicatedbelow.Especially,wewilllearnChapters1︲9ofthetextbook.

Books required/referenced：Berg,TymoczkoandStryer,Biochemistry,7thinternationaledition.

Preparation and review：Preparationisnotnecessary,butreviewisstronglyrecommended.

Grading：Attendance,attitudeinclassandresultsofexaminationswillbetakenintoconsiderationforgrading.


GeneralBiochemistry（生物化学概論）

3Semester2Credits 稲葉　謙次 LaboratoryofBiomolecularStructure

－200－

ua83844962


Kenji Inaba

ua83844962


Satoshi Takahashi


Course code/number：SCH︲OCH252ECourse Title：LaboratoryExperimentsinChemistryPurpose/Abstract：

Youlearnfundamentalexperimentaloperationsofinorganicchemistry,analyticalchemistry,andtherelatedfields.Goal：

Youcanmakefundamentalexperimentsofinorganicchemistry,analyticalchemistry,andtherelatedfields.Contents：

⑴　Inorganicexperiments　　　Synthesisofchemicalsusedformeasurements　　　Complexsynthesis　　　X-raycrystalstructureanalysis　　　UV-visibleabsorptionspectraofmetalcomplexes　　　Complexformationreactionrates　　　Cyclicvoltammetryofmetalcomplexes⑵　Analyticalexperiments　　　Determinationofthecompositionofanironphenanthrolinecomplexbyusingspectrophotometry　　　Determinationoffluorideioncontentsbyusinganiron-selectiveelectrode⑶　Optionalexperimentsandexercises

Books required/referenced：Textbooks（directionsfortheexperiments）willbegivenintheclass;otherreferencesareshowninthedirections.

Preparation and review：Readthetextbookanddrawaflowchartoftheexperiment,inadvance.

Grading：Evaluationwillbeperformedbyyourattendancerecordsandlaboratoryreports.

Remarks：Telephone：022︲795︲6606（staffroom）：E-mail:[email protected]主として実践的教育から構成される実務・実践的授業／ Practicalbusiness

LaboratoryExperimentsinChemistryA

（化学一般実験Ａ）6Semester5単位豊田　耕三 LaboratoryofFundamentalChemistry


Course code/number：SCH︲OCH251ECourse Title：LaboratoryExperimentsinBasicChemistryPurpose/Abstract：

Youlearnexperimentaloperationsofbasicinorganicchemistry,basicanalyticalchemistry,basicphysicalchemistry,andbasicorganicchemistry.Goal：

Youcanmakefundamentalexperimentsofbasicinorganicchemistry,basicanalyticalchemistry,basicphysicalchemistry,andbasicorganicchemistry.Contents：

⑴　Basicoperations　　　Calibrationofvolumetricmeasuringinstruments⑵　Titrations　　　Neutralizationtitration　　　Precipitationtitration　　　Oxidation-reductiontitration　　　Complexometrictitration　　　Neutralizationtitrationcurvesandaciddissociationconstantsofweakacids⑶　AnalysesofabsorptionspectrausingUV-visspectrophotometer⑷　Measurementofenthalpychangesinneutralizationanddissolvingsalts⑸　Synthesesoforganiccompounds　　　Synthesisof6,6-nylonfromcyclohexene　　　SynthesisofAspirin

Books required/referenced：Textbooks(directionsfortheexperiments)willbegivenintheclass;otherreferencesareshowninthedirections.



Remarks：Telephone:022︲795︲6606（staffroom）：E-mail:[email protected]主として実践的教育から構成される実務・実践的授業／ Practicalbusiness

BasicExperimentsinChemistry

（基礎化学実験）6Semester1Credit 豊田　耕三 LaboratoryofFundamentalChemistry

－201－

ua83844962


Kozo Toyoda

ua83844962


Kozo Toyoda


Course code/number：SCH︲INO301ECourse Title：AnalyticalChemistryA（AMC）Purpose/Abstract：

Thisclassisdesignedtogiveasurveyofanalyticaltechniques,includingtheoryandinstrumentation,usedtoanaylyzeandcharacterizecompoundsandtheirproperties.Thisisbynomeansanin-depthorcomprehensivecourseinanalyticalchemistry.Goal：

Studentswillgainanunderstandingoftheanalyticaltechniquesandtheirinstrumentation.Contents：

１．Background,includingbasicdefinitions２．Spectroscopicmethods３．Spectrometry４．Chromatography（iftimepermits）

Books required/referenced：Holler,SkoogandCrouch“PrinciplesofInstrumentalAnalysis6thEd.”Skoog,West,HollerandCrouch“FundamentalsofAnalyticalChemistry”,9thEd.

Preparation and review：Readingappropriatechaptersinthetextbook

Grading：Attendanceandfinalexam


AnalyticalChemistryA（分析化学Ａ）

5Semester1Credit BREEDLOVEBRIAN LaboratoryofNanomaterials


Course code/number：SCH︲OCH253ECourse Title：LaboratoryExperimentsinChemistryPurpose/Abstract：

Youlearnfundamentalexperimentaloperationsofphysicalchemistry,organicchemistry,andbiochemistry.Goal：

Youcanmakefundamentalexperimentsofphysicalchemistry,organicchemistry,andbiochemistry.Contents：

⑴　Physicalchemistryexperiments　　　Opticsandmolecularspectroscopy　　　Molecularspectroscopyinsolutions　　　Electronics　　　Computercalculationexperiments⑵　Organicexperiments　　　Basicproceduresfortheorganicchemistryexperiments　　　Grignardsynthesisoftriphenylmethanol　　　Benzoincondensationandsynthesisofhexaphenylbenzene　　　Molecularmodelingandvariousspectroscopicmeasurements⑶　Biochemicalexperiments　　　EnzymeReactionkinetics　　　Basicgenecloning

Books required/referenced：Textbooks（directionsfortheexperiments）willbegivenintheclass;otherreferencesareshowninthedirections.



Remarks：Telephone：022︲795︲6606（staffroom）：E-mail：[email protected]主として実践的教育から構成される実務・実践的授業／ Practicalbusiness

LaboratoryExperimentsinChemistryB

（化学一般実験Ｂ）7Semester6単位豊田　耕三 LaboratoryofFundamentalChemistry

－202－

ua83844962


Kozo Toyoda


Course code/number：SCH︲INO304ECourse Title：InorganicChemistryIBPurpose/Abstract：

Whenwesynthesizematerials,weshouldrefertophasediagrams.Phasediagramsareoneofthemostimportantsourcesofinformationconcerningthebehaviorofelements,compoundsandsolutions.Theygiveusinformationofphasecompositionandphasestabilityasafunctionoftemperature,pressureandcomposition.Thecourseisintendedtounderstandtheprinciplesofphasediagrams.Goal：

Thegoalofthisclassistounderstandandfamiliarizewithbinaryandternaryphasediagrams.Contents：

１．Introduction　（Basicsforthermodynamics）２．Phaseequilibriaandphasediagrams　（Onecomponentphasediagram,Phaseruleandequilibrium）３．Phasediagramsoftwo-componentsystems　（Solidsolutions,Constructionofequilibriumphasediagramsoftwo-componentsystems,Coolingcurves)４．Interpretationofphasediagrams　（Phasecomposition,TheLeverrule）

Books required/referenced：１．IntroductiontoMetallurgicalThermodynamics,D.R.Gaskell,McGraw-Hill,1980２．ThermodynamicsofSolids,R.A.Swalin,JohnWiley,1968

Preparation and review：Reports

Grading：Classattendanceandexamination


InorganicChemistryⅠB（無機化学ⅠＢ）

6Semester1Credit 岡田　純平 LaboratoryofCrystalChemistry


Course code/number：SCH︲INO303ECourse Title：ElectronicPropertiesofInorganicMaterialsPurpose/Abstract：

Propertiesofsolidaremainlydominatedbyanelectronicstructureofmaterial.　Inthisclass,wewilllearnhowtounderstandtheatomicbonds,whichformacrystalstructure,andelectricpropertiessuchaselectricalconductivityofmaterialsbasedontheelectronicstructure.Goal：

Thegoalofthisclassistounderstandtherelationshipbetweenelectronicstructureandatomicbond/electricalconductivityofsolid.Onewillunderstandtheclassificationofatomicbondsandthedefinitionofmetalandinsulatorthatbasedonanelectronicstructure.Contents：

１．Introduction　　（crystalstructure,X-raydiffraction）２．Bondingcharacterincrystal　　（Relationshipbetweenatomicbondingcharacterandcrystalstructure）　３．Quantum-mechanicaltreatmentofatomicbond　　（Molecularorbital,LCAO-approximation,Hückelmethod）４．BandTheory　　（Expansionofmolecularorbitaltocrystal）

Books required/referenced：固体の電子構造と化学（P.A.Cox著、魚崎浩平ほか訳）など

Preparation and review：Thesessiontimeislimitedandthereforeself-directedlearningisimportant.Studentsarerequiredtoreviewforeachclass.

Grading：Classattendanceandexamination


InorganicChemistryⅠA（無機化学ⅠＡ）

6Semester1Credit 谷口　耕治 LaboratoryofSolid-StateMetal-Complex

Chemistry

－203－

ua83844962


Koji Taniguchi

ua83844962


Junpei Okada



Course Title：Physicalchemistrywithapplicationstolifesciences

Purpose/Abstract：Thiscoursecoversthephysicalchemistrywithapplicationstothelifesciences.

Goal：Thiscourseisdesignedtohelpstudentsunderstandthephysicalchemistryinthelifesciencesbriefly.

Contents：ThiscourseiscenteredonalectureaswellasashortquestionsandanswerssessionusingtheMinutePaper.

Books required/referenced：PhysicalChemistrywithApplicationstotheLifeSciences/D.S.EisenbergandD.M.Crothers

Preparation and review：Thesessiontimeislimitedandthereforeself-directedlearningisimportant.Studentsarerequiredtoreviewfor

eachclass.

Grading：MinutePapersandattendanceineachclassareevaluated.

Remarks：Studentswillberequestedtocompletethe“MinutePaper”attheendoftheclass.Questionsareacceptedatany

time（afterclass,inparticular）.

PhysicalChemistryⅡA（物理化学ⅡＡ）

6Semester1Credit 鎌形　清人 LaboratoryofBiologicalandMolecular

Dynamics


Course code/number：SCH︲INO305ECourse Title：InorganicChemistryⅡＡPurpose/Abstract：

Topicswillincludethestructureandmechanicalandphysicalpropertiesofsupramolecularcomplexesandmulti-dimensionalframeworksystems.Eachtopicassignedtoyoushouldbepre-investigatedbeforeyourpresentation.Wewillgetvariousknowledgesonthebasicscienceinthefieldofsupramolecularcomplexesandmulti-dimensionalframeworksystemsthroughourpresentationanddiscussion.Goal：

Thegoalofthiscourseistogainanunderstandingofsupramolecularchemistryandmulti-dimensionalframeworksystemsandrelatedchemistry.Contents：

Afterdiscussionaboutthebasicsofsupramolecularchemistryanditsrelatedchemistry,studentswillpresentatopicinvolvingsupramolecularchemistryorotherrelatedchemistryfordiscussionbytheclass.Books required/referenced：

SteedandAtwood,SupramolecularChemistry,2ndEd.Wiley,andothersPreparation and review：

Preparealectureanddiscussiononatopicsupramolecularchemistryandrelatedchemistrysuchasmulti-dimensionalnetworksandtheirphysicalpropertiesGrading：

Attendanceandin-classdiscussionswillbeusedtoevaluatethestudents'progress.Remarks：

[email protected]

InorganicChemistryⅡA（無機化学ⅡＡ）

6Semester1Credit 宮坂　等 LaboratoryofSolid-statemetal-complex

chemistry

－204－

ua83844962


Hitoshi Miyasaka

ua83844962


Kiyoto Kamagata


Course code/number：SCH︲ORG301ECourse Title：SpectralidentificationoforganiccompoundsPurpose/Abstract：

LearningtoelucidatestructuresoforganiccompoundsfromthedataofMS,IRandNMRspectroscopyModernspectraltechniquesmakepossibleelucidationofstructuresoforganiccompoundsfromspectraldata.These

skillswillbetrainedvialecturesonthepriciplesofthespectralmethodsandpracticalexercisesforsolvingthestructures.Goal：

TrainstudentstoidentifyorganiccompoundsfromspectraContents：

Lectures,discussionsintheclass,jointsolutionofproblems,tests.　MSspectroscopy　GCspectroscopy　1Hand13NMRspectroscopy　MultinuclearNMRspectroscopy　2DNMRspectroscopy

Books required/referenced：Silverstein.Spectroscopicidentificationoforganiccompounds

Preparation and review：Learninggeneralideasonthespectralmethodsinorganicchemistry

Grading：Accordingtotheresultsofthetest


OrganicChemistryＩA（有機化学ⅠＡ）

6Semester1Credit GRIDNEVILYA LaboratoryofOrganicReactionProcesses


Course code/number：SCH︲OCH301ECourse Title：PolymerChemsitryIPurpose/Abstract：

Thecategoryofpolymer（ormacromolecular）materialsissowide,forexample,familiarfiber（ortextile）,rubber,plastics,andphoto-resisttofabricatesemiconductorintegratedcircuit（IC）.Proteinandnucleicacidarealsoakindofpolymer,so-calledbiopolymer.

Inthislecture,synthesis,structure,andpropertiesofpolymerswillbefirstintroduced,whichisconsiderablydifferentfromthecaseofordinaryorganiclow-molecularweightcompounds.Next,high-performanceandfunctionalpolymers,andhybridpolymermeterialswillbeexplainedindetail.Inaddition,biopolymerwillbesummarizedfromtheviewpointofbiophysics.Goal：

Aimingatmakingthebackboneinthespecificfieldsofadvancedmaterialsscienceinnano-scienceandnano-technologythroughbasicunderstandingforpolymermaterialchemistry.Contents：

⑴　BasicPrinciples⑵　MolecularWeightandPolymerSolutions.⑶　ChemicalStructureandPolymerMorphorogy⑷　ChemicalStructureandPolymerProperties⑸　Evaluation,CharacterizationandanalysisofPolymers.

Books required/referenced：＂PolymerChemistry-AnIntroduction-”（3rdEd.）byMalcolmP.Stevens,OxfordUniv.,Press,NY,1999.


eachclass.Grading：

AttendanceandregularexaminationRemarks：　　　　

PolymerChemistryⅠ（高分子化学Ⅰ）

6Semester1Credit 和田　健彦


－205－

ua83844962


Takehiko Wada


Course code/number：SCH︲BIC301ECourse Title：Biochemistryofnucleicacidandproteinsynthesis.Purpose/Abstract：

Tolearnthebiologicalphenomenaatthemolecularlevelandtogainadeeperunderstandingofbiochemsity,molecularbiologyandbiophysics.

ItisdesirabletoconsistentlyattendthediscussionsinBiochemistryⅡBconcerningthephotosynthesis,proteinturnoverandproteintrafficking.Goal：

Studentswillgainanunderstandingofthevariousbiologicalphenomenomrelatedtosynthesisofnucleicacidsandproteins.Contents：

Thelectureswillcoverchapters28to32ofthetextbook.　1stclass DNAreplication,repairandrecombinationＩ　2ndclass DNAreplication,repairandrecombinationⅡ　3rdclass RNAsynthesisandprocessingⅠ　4thclass RNAsynthesisandprocessingⅡ　5thclass Proteinsynthesis　6thclass Thecontrolofgeneexpressioninprokaryotes　7thclass Thecontrolofgeneexpressionineukaryotes　　includingpracticalapproachforheterologousproteinexpression

Books required/referenced：Berg,TymoczkoandStryer,Biochemistry（FreemanandCo.NY）.

Preparation and review：Studentsarerequirednotonlytosubmitclassassignmentsbutalsotorevieweachclassusinghandouts.Ifthereremainany

partstheycannotunderstand,theyshouldaskquestionsinthenextclass.Grading：

Theresultsofexaminationsandattendancewillbetakenintoconsiderationforevaluation.Remarks：

ThecontactaddressesofToshitakaMatsuiareasfollows:　Office:SouthMultidisciplinaryResearchLaboratoryBuilding1,room607(KatahiraCampus).　Officehour:Tuesdayfrom1:00pmto3:00pm.　Email:[email protected]

BiochemistryⅡA（生物化学ⅡＡ）

6Semester1Credit 松井　敏高 LaboratoryofCellFunctionalMolecular

Chemistry


Course code/number：SCH︲ORG303ECourse Title：SpectralidentificationoforganiccompoundsPurpose/Abstract：

LearningtoelucidatestructuresoforganiccompoundsfromthedataofMS,IRandNMRspectroscopyModernspectraltechniquesmakepossibleelucidationofstructuresoforganiccompoundsfromspectraldata.These

skillswillbetrainedvialecturesonthepriciplesofthespectralmethodsandpracticalexercisesforsolvingthestructures.Goal：

TrainstudentstoidentifyorganiccompoundsfromspectraContents：

Lectures,discussionsintheclass,jointsolutionofproblems,tests.　MSspectroscopy　GCspectroscopy　1Hand13NMRspectroscopy　MultinuclearNMRspectroscopy　2DNMRspectroscopy

Books required/referenced：Silverstein.Spectroscopicidentificationoforganiccompounds

Preparation and review：Learninggeneralideasonthespectralmethodsinorganicchemistry

Grading：Accordingtotheresultsofthetest


OrganicChemistryⅡA（有機化学ⅡＡ）

6Semester1Credit GRIDNEVILYA LaboratoryofOrganicReactionProcesses

－206－


Course code/number：SCH︲OCH302ECourse Title：PolymerChemsitryIIPurpose/Abstract：

Thecategoryofpolymer（ormacromolecular）materialsissowide,forexample,familiarfiber（ortextile）,rubber,plastics,andphoto-resisttofabricatesemiconductorintegratedcircuit（IC）.Proteinandnucleicacidarealsoakindofpolymer,so-calledbiopolymer.

Inthislecture,synthesis,structure,andpropertiesofpolymerswillbefirstintroduced,whichisconsiderablydifferentfromthecaseofordinaryorganiclow-molecularweightcompounds.Next,high-performanceandfunctionalpolymers,andhybridpolymermeterialswillbeexplainedindetail.Inaddition,biopolymerwillbesummarizedfromtheviewpointofbiophysics.Goal：

Aimingatmakingthebackboneinthespecificfieldsofadvancedmaterialsscienceinnano-scienceandnano-technologythroughbasicunderstandingforpolymermaterialchemistry.Contents：

⑴　FreeRadicalPolymerization⑵　IonicPolymerization⑶　VinylPolymerizationwithComplexCoordinationCatalysts⑷　Step-reactionandRing-openingPolymerization

Books required/referenced：＂PolymerChemistry-AnIntroduction-”（3rdEd.）byMalcolmP.Stevens,OxfordUniv.,Press,NY,1999.


eachclass.Grading：

AttendanceandregularexaminationRemarks：

　　　　

PolymerChemistryⅡ（高分子化学Ⅱ）

6Semester1Credit 和田　健彦



Course code/number：SCH︲BIC302ECourse Title：BiochemistryⅡBPurpose/Abstract：

Tolearnthebiologicalphenomenaatthemolecularlevelandtogainadeeperunderstandingofbiochemistry,molecularbiologyandbiophysics.Goal：

Studentswillunderstandtheprinciplesandbasicmechanismsofphotosynthesis,proteinturnoverandproteintrafficking.Contents：

１．LightreactionsofphotosynthesisⅠ２．LightreactionsofphotosynthesisⅡ３．Calvincycleandthepentosephosphatepathway４．Proteinturnoverandaminoacidmetabolism５．IntracellularcompartmentsandtransportⅠ６．IntracellularcompartmentsandtransportⅡ７．Finalexam　　Thelectureswillbeinteractive.

Books required/referenced：　　　　

Preparation and review：Someassignmentsmaybegivenforbetterunderstanding.

Grading：Thefinalgradeinthiscoursewillbebasedonthefinalexam,quizzes,attendance,andactiveparticipation.

Remarks：ThecontactaddressofHiroshiKADOKURA　Office:LaboratoryofBiomolecularStructure,IMRAM　SouthMultidisciplinaryResearchLaboratoryBuilding1,Room508,KatahiraCampus　Email：[email protected]

BiochemistryⅡB（生物化学ⅡＢ）

6Semester1Credit 門倉　広 LaboratoryofBiomolecularStructure

－207－

ua83844962


Hiroshi Kadokura

ua83844962


Takehiko Wada

List of Frequently Used Academic Terms

学科 Department数学 Mathematics物理学 Physics宇宙地球物理学 AstronomyandGeophysics化学 Chemistry地圏環境科学 GeoEnvironmentalScience（adivisionofEarthScience）地球惑星物質科学 EarthandPlanetaryMaterialsScience（adivisionofEarthScience）生物学 Biology

教授 Professor准教授 AssociateProfessor講師 Lecturer助教 AssistantProfessor

学期 Semester１セメスター３セメスター

SpringSemesters５セメスター７セメスター

２セメスター４セメスター

FallSemesters６セメスター８セメスター

単位 Credit

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