Course Code & Title: 0240501 Atomic Spectroscopy Name of...

Course Code & Title: 0240501 Atomic Spectroscopy Name of the Department / Programme: Chemistry MSB

SemesterAutumn

Teaching Methods Credits

Theory Recite Lab. Project/AreaStudy/Homework Quiz Mid

Term Final Total NationalCredit

ECTSCredits

I 42 - - 61 30 35 72 240 3 8Language Turkish

Grade of the Lecture College () Undergraduate () GraduateM.Sc. (X) Ph.D. ()

Compulsory / Elective ElectivePrerequisities

Course Objectives Between electromagnetic radiation and the photoelectric events, terms, symbols, and teach the technique ofspectroscopy. To teach and apply the basic principles of atomic absorption spectroscopy.

Developed ProgrammeAdequaciess of the Lecture P.Y. 1, P.Y.7, P.Y. 11, P.Y.12

Learning Outcomes To learn Atomic SpectroscopyLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria

(X) mark Percent (%)Midterm Exams X 20

Quizzes X 5Homeworks X 5

Projects X 10Term Paper

Laboratory Work…

Final Exam X 60Week Subjects

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Electromagnetic radiation and photoelectric effectCompton effectBlack body radiationBohr hydrogen atomRussel-Saunders couplingTerm symbolsMicroenergy levelsEnergy level diagrams of termsSpectral transitionsSelection rulesBehaviours of atoms in a magnetic fieldX-ray fluorescence spectroscopyX-ray photoelectron spectroscopyAuger spectroscopy

Course Book & References

1. Welz, B. (1985) Atomic absorption spectrometry. Weinheim, VCH.2. Medcalfe, E. (1987) Atomic absorption and emission spectroscopy, London; John Wiley and Sons3. Principles of Instrumental Analysis, D.A. Skoog, J.J. Leary

Course Code & Title: 0240503-Ionic Equilibria I Name of the Department / Programme: Chemistry

SemesterAutumn




ECTSCredits

II 42 - - 50 19 55 74 240 3 7,5Language TurkishGrade of the Lecture College () Undergraduate () Graduate (X) Doctorate ()Compulsory / Elective ElectivePrerequisities -Course Objectives To teach the use of chemical equations and dataDeveloped ProgrammeAdequaciess of the Lecture PY.1, PY.3, PY.5, PY.6, PY.11

Learning Outcomes Teaching of analytical approaches about equilibrium systems.Learning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria


Quizzes XHomeworks X 10


Laboratory Work…


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Ionic equilibria,PotentiometryDirect potentiometryActivity-concentration relationsDetermination of ionization constants in aqueous solutionMethods based upon measurements of pHpH titration methodMidtermThe determination of the ionization constan of waterPolyfunctional acids and basesAcid-base equilibria in non-aqueous solventsPotentiometric measurements in selected non-aqueous solvents and mixed aqueous solventsSolve problemsSolve problems


1. Harris,Daniel C.,Exploring Chemical Analsis,2.Edition, W.H.Freeman Company, 2000.

2.Crawford,K.and Heaton,A.,Problem Solving in Analtical Chemistry,Royal Society of Chemistry,1999.

3. Freiser,Henry,Concepts and Calculations in Analytical Chemistry,A Spreadsheet Approach,CRC Press,1992.

Course Code & Title: 0240505 /Solıd State Chemıstry Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits


Grade of the Lecture College () Undergraduate ()Graduate

M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities

Course ObjectivesSolids and crystals to recognize, to have an idea about the structure. Characterization of solids and crystals,yapılaraının disclosure and understanding of the properties. Properties of solids. According to the featuresfound on areas of solids.

Developed ProgrammeAdequaciess of the Lecture

P.Q.1P.Q.2P.Q.5P.Q.6P.Q.12

Learning OutcomesLearning Methods andTechniques Expression, Problem-Solving

Assessment Criteria


QuizzesHomeworks

ProjectsTerm Paper

Laboratory Work…


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Crystal StructuresSymmetry and cell selectionsDescription of Crystal StructuresIonic Structures and Bondingcovalent StructuresMetallic StructuresBuilding Lighting TechniquesX-ray TechniquesMID-TERM EXAMOther techniques for structure elucidationCrystal Defects and solid solutionsElectrical Properties of SolidsMagnetic properties of solidsMethods of Synthesis of Solids

Course Book & References 1.West, R. Anthony., Basic Solid State Chemistry, Solid State Chemistry, Wiley Pub. 1999, Canada2. Tunali, N., Özkar, S., Inorganic Chemistry, Gazi Publications, 1997, Ankara.3. Jolly, L.W., Modern Inorganic Chemistry,. 1991, Tokyo.

Course Code & Title: 0240507 - Electroorganic Synthesis Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives

Examples of organic reactions and electrochemical reactions are intended only to explain the difference andsimilarity. Various organic groups (alcohols, esters, aromatics, alkenes, etc.). Electrochemical reduction andoxidation reactions conditions examined. Students to use these methods as a profession-relativeelectrochemical methods will be suitable for the purpose.


P.Q.1P.Q.2P.Q.5P.Q.6P.Q.12


Assessment Criteria


QuizzesHomeworks

ProjectsTerm Paper

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Basic Principles of ElectrochemistryStandard electrode potentials, electrochemical seriesElectrode potential values on the basis of sample reactions of various reactions occurred gerçeleşemeyeceğiExplaining the electrolytic and galvanic cellsCyclic voltammetry method for determination of organic matter oxidation and reduction potential values ofsamplesElectrochemical synthesis conditions, electrolyte, electrode and solvent propertiesMID-TERM EXAMElectrochemical synthesis of organic substances and organic substances, the method of anodic reactionsElectrochemical synthesis of organic substances and organic substances, the method of anodic reactionsElectrochemical synthesis of organic substances and organic substances, the method of anodic reactionsCathodic electrochemical synthesis method of organic matter and the reactions of organic substancesCathodic electrochemical synthesis method of organic matter and the reactions of organic substancesElectrochemical synthesis of organic substances and organic substances, the method of cathodic reactionsElectrochemical methods of polymer synthesis, Cathodic Protection


1- Principles and Applications of Electrochemistry, 1998 DRCrow Chapman & Hall, London, New York, Tokyo2 - Handbook of Conducting Polymers3 - Electrochemistry in Organic Synthesis4 - Modern Electroorganic Chemistry

Course Code & Title: 0240509/ Computer application of AnalyticalChemstry Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives Is to be able to make technology applications in analytical chemistry, understand computer programs and usethese programs in analytical chemistry applications of students


P.Q.1P.Q.2P.Q.5P.Q.6P.Q.12

Learning Outcomes

1- Understand the importance of using computer assisted education in analytical chemistry education2- learn and teach complex and abstract concepts in analytical chemistry in computer media3- understand computer programs used in education4- transfer and interpret of graphs related to analytical chemistry to the computer5- design analytical chemistry experiment in computer media6- reach literature data about computer use in analytical chemistry

Learning Methods andTechniques Expression, Problem-Solving

Assessment Criteria


QuizzesHomeworks

ProjectsTerm Paper

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Literature searchDevelopment of computer assisted education in analytical chemistry, computer based laboratoryGeneral knowledge, introduction of computer programs, computer assisted knowledge systems and artificialintelligenceChemometry, basic statistical Concepts, statistical tests, variance analysisGeneral applications and importance of computer and technology in scienceEstablishment of flow diagrams, modelling, graphical techniques, linear learning machineExcel applications in analytical chemistryBasic mathematics, graphic and numerical analysis techniquesVisual Basic (VB) applicationsMacro-control table generationMATHCAT applications in analytical chemistryVB applications and analysis of spectrophotometric dataData processing and evaluation of analytical data in computer media, designing computer assisted learningmaterial


Course Code & Title: 0240511 Electroanalytical Chemistry I Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives Polarography and other terms that describe the methods to determine the relationship.Electrochemical techniques to use information and analytical purposes, to interpret.

Developed ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6

Learning Outcomes Electrochemical techniques to use information and analyticalpurposes, to interpret.Learning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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Historical developments of polarographyDirect polarographyCapacitive currentİonic migrationDiffusion controlled limitingCurrent-potential curvesCharacteristics in polarographyKineticCatalytic and adsorption controlled limiting currentsNormal pulse polarographyDifferential pulse polarographyAlternating current polarographySquare wave polarographyStripping techniques

Course Book & References1. Analitik Kimya, Skoog, West, Holler.2. Bard, A.J., and Faulkner, L.R. 2001.3. Electrochemical Methods, John Willey and Sens. Inc.

Course Code & Title: 0240513 Heterocyclic Compounds Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives Giving basic information about Heterocyclic compounds, synthesis and examination of reactions.


Learning Outcomes To learn Heterocyclic CompoundsLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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Reactions and synthesis of six-membered heterocycles containing one-heteroatom and two heteroatoms,Reactions and synthesis of six-membered heterocycles containing one-heteroatom and two heteroatoms,Reactions and synthesis of six-membered heterocycles containing one-heteroatom and two heteroatoms,Reactions and synthesis of six-membered heterocycles containing one-heteroatom and two heteroatoms,Reactions and synthesis of six-membered heterocycles containing one-heteroatom and two heteroatoms,Reactions and synthesis of five-membered heterocycles containing one-heteroatom and two-heteroatoms,Reactions and synthesis of five-membered heterocycles containing one-heteroatom and two-heteroatoms,Reactions and synthesis of five-membered heterocycles containing one-heteroatom and two-heteroatoms,Reactions and synthesis of five-membered heterocycles containing one-heteroatom and two-heteroatoms,Reactions and synthesis of five-membered heterocycles containing one-heteroatom and two-heteroatoms,heterocycles containing more than two heteroatoms.heterocycles containing more than two heteroatoms.heterocycles containing more than two heteroatoms.heterocycles containing more than two heteroatoms.

Course Book & References J.A. Joule; K. Mills; Heterocyclic Compounds

Course Code & Title: 0240515 Spectroscopic Methods in OrganicChemistry I Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives Interaction of radiation with matter. Basic principles of spectroscopy. Electronicspectroscopy. Application of UV-Vis spectroscopy in analytical chemistry and structural analysis

Developed ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6, P.Y. 12

Learning Outcomes To learn and apply Spectroscopic Methods to Organic ChemistryLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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Interaction of radiation with matter.Interaction of radiation with matterBasic principles of spectroscopy.Electronic spectroscopy.Electronic spectroscopyUltraviolet-visible spectroscopy.Application of UV-Vis spectroscopy in analytical chemistry and structural analysis.Infrared spectroscopy (IR), theoretical and experimental aspects.Application of IR spectroscopyApplication of IR spectroscopyNuclear Magnetic Resonance Spectroscopy (NMR), theoretical and experimental aspects.Nuclear Magnetic Resonance Spectroscopy (NMR), theoretical and experimental aspectsApplication of NMR spectroscopyApplication of NMR spectroscopy


1. R. M. Silverstein and G. C. Bassler M. Klessinger Spectrometric Identification of OrganicCompounds. Sixth Edition, John Willey Sons, New York, 543 p.2. Ender Erdik, Organik Kimyada Spektroskopik Yöntemler, Ankara Üniversitesi Fen Fakültesi, GaziKitapevi,531 s.

Course Title & Name: 0240517 : Trace Element Analysis I Name of the Programme: Chemistry MSBSemesterAutumn


Theory Recite Lab. Projects/AreaStudy/Homework Quiz Mid


ECTSCredits


Grade of the Lecture AssociateDegree ( )

BachelorsDegree ( ) Master Degree (X) Doctoral

Degree ( )Compulsory / Selective SelectivePrerequisities -

Course ObjectivesAnalytical Chemistry to teach the basic principles and methods used in the enrichment, to compare the methods ofenrichment.

Developed ProgrammeAdequaciess of theLecture

P.Y.1P.Y.5P.Y.6

Learning Outcomes To learn about Trace Element Analysis

Learning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria


Quizzes X 5Homeworks X 5Projects X 10

Term PaperLaboratory Work


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General Characteristics of PreconcentrationConcantrate and separationClassification and General Characteristics of Preconcentration MethodsSolvent Extraction MethodSorption MethodsPrecipitation and Co-precipitation MethodsElectrochemical MethodsEvaporation MethodsControlled CrystallizationPyrometallurgical Methods, Flotation,Filtration and Other Related Membrane methodsChemical Transport Reactions, ThermodiffusionCombination ofPreconcentration Methods,Comparison of Preconcentration Methods.

Course Book &References

1. Inorganic Trace Analysis, A.G. Howard, P.J. Statham2. Selected methods of Trace Metal Analysis, J.C.V. Loon3. Modern Methods for trace element determination, C. Vandecasteele, C.B. Block4. Principles of Instrumental Analysis, D.A. Skoog, J.J. Leary

Course Code & Title: 0240519 Chromatographic methods Name of the Department / Programme: Chemistry

SemesterAutumn




ECTSCredits

I 42 - - 49 18 54 77 240 3 7,5Language TurkishGrade of the Lecture College () Undergraduate () Graduate (X) Doctorate ()Compulsory / Elective ElectivePrerequisities -

Course Objectives To teach the basic concepts of chromatography, to give basic information about liquid, gas, thin layerchromatography.

Developed ProgrammeAdequaciess of the Lecture PY.1, PY.3, PY.5, PY.6, PY.11

Learning Outcomes Provides the necessary knowledge in a specific branch of chemistry, recognition of modern techniques,equipment selection and adds the ability to use.


Assessment Criteria



ProjectsTerm Paper

Laboratory Work…


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Basic concepts of chromatographyParameters affecting the separationGas chromatography apparatusGas-liquid chromatography retentionDerivatization for gas chromatographyHPLC apparatus

Liquid chromatography retentionMidtermDerivatization in HPLCHPLC methodsCapillary electrophoresisSupercritical fluidsThin-layer chromatographyTest preparation for chromatography

Course Book & References 1 Chromatograph Today, C.F. Poole, S.K.Poole, Elsevier.

Course Code & Title: 0240521 Electrochemical Kinetics Name of the Department / Programme:Chemistry MSB

SemesterAutumn




ECTSCredits



M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities Electrochemical KineticsCourse Objectives To learn structure of the ionic double layer in electrochemical reactions and adsorption of organic moleculesDeveloped ProgrammeAdequaciess of the Lecture PY.1, PY.3, PY.5, PY.6, PY.11

Learning Outcomes Electrochemical techniques to use information and analyticalpurposes, to interpret.Learning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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The structure of the ionic double layer,The structure of the ionic double layerGouy Chapman and Stern models,Gouy Chapman and Stern models,The potential difference at the interfaceThe potential difference at the interfacePolarized and non-polarized electrode electrocapillar thermodynamics and electrocapillar curvesPolarized and non-polarized electrode electrocapillar thermodynamics and electrocapillar curvesThe capacity-potential curve,It's shape and implications,Contact adsorption, the structure of water layers at the interface,Contact adsorption, the structure of water layers at the interface,The adsorption of the organic molecules.The adsorption of the organic molecules.

Course Book & References 1. Analitik Kimya, Skoog, West, Holler.2. Bard, A.J., and Faulkner, L.R. 2001. Electrochemical Methods, John Willey and Sens. Inc

Course Code & Title: 0240523 - Corrosıon And Corrosıon Protectıon Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course ObjectivesIn order to control corrosion corrosion identification, examine the causes of corrosion and corrosion ratemeasurement principles regarding the selection of appropriate materials, and to determine the measures tobe taken..


P.Q.1P.Q.2P.Q.5P.Q.6P.Q.12


Assessment Criteria


QuizzesHomeworks

ProjectsTerm Paper

Laboratory Work…


1

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910

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Corrosion of the definition and importance of the economic losses caused by corrosioncorrosive environmentsBasics of electrochemical corrosion, corrosion cell corrosionPolarization and types of hydrogen over-potential, the corrosion rate of the effect of polarizationPassivity, the corrosion rate calculation methodsClassification and types of corrosion, uniform corrosion, galvanic corrosionCrevice corrosion, pitting corrosion, filiform corrosionSelective corrosion, erosion corrosion, cavitation, corrosion, corrosion fretajIntergranular corrosion, stress corrosion, corrosion fatigue hydrogen degradation, corrosion, microbiologicalcorrosion and high temperature,MID-TERM EXAMCorrosion protection principles, intermediate surface related measures, the importance of corrosion controlcoatingsCathodic and anodic protectionPrinciples of corrosion in the choice of materialEnvironment related measures; inhibitors, measures to be taken during the design phase


1.M. G. Fontana, Corrosion Engineering, Mc Grow-Hill Book Company, 1998.2 Australian Standard, Guide to tue Cathodic Protection of Metals, Part Compact Burie Structures, AS 2832.1,1991.3. H. H. Uhlig, Corrosion and Corrosion Control, John Wiley, USA, 1961.4. N.Haliloğlu, Causes and Prevention of Corrosion, Sege publications Ankara, 1986.5. İ.A.Şengil, Corrosion, ITU., SMF Printing Office, 1992.6. D. A.Jones, Principles and Prevention of Corrosion, second edition, 1996.7. A.F.Çakır, Corrosion Lecture Notes, ITU. Metallurgical and Materials Engineering. In 1993.

Course Code & Title: 0240525 Organic Reactions and Mechanisms Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits



M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities Classification of mechanismsCourse Objectives Stereochemical principles, Electron movement in organic structure, Substitution reactionsDeveloped ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6

Learning Outcomes To learn stereochemical principles, Electron movement in organic structure, Substitution reactionsLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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Classification of mechanisms,Classification of mechanismsThermodynamic and kinetic principles,Thermodynamic and kinetic principlesStereochemical principles,Stereochemical principlesElectron movement in organic structure,Substitution reactions,Elimination reactions,Addition reactions,Radicalic reactions,Perixcyclic reactions,Organometalic reactionsOrganometalic reactions

Course Book & References 1. P. Sykes, “Handbook to Mechanism in Organic Chemistry”, Longmans, 1991.2. Uyar. T. Organik Tepkimeler, Palme Yayıncılık, 1999

Course Code & Title: 0240527 Carbonil Compunds and Reactions Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits



M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities Carbonil compundsCourse Objectives Reactions and synthesis of carboxylic acidsDeveloped ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6, P.Y.12

Learning Outcomes To be able to solve reactions and synthesis of carboxylic acidsLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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Reactions and synthesis of carboxylic acids.Reactions and synthesis of carboxylic acids.Nucleofilic substitution- elimination reactions in acyl carbons compounds.Nucleofilic substitution- elimination reactions in acyl carbons compounds.Reactions and synthesis of β-dicarbonyl compounds.Reactions and synthesis of β-dicarbonyl compounds.Claisen condensation,Knoevenagel condensation,Micheal Addition,Synthesis of malonic ester,Mannich reactions,Mannich reactions,Hofmann circulationHofmann circulation

Course Book & References 1. G. Solomons, C. Fryhle, Organik Kimya, Ceviri editoru: Gurol Okay, Yılmaz Yıldırır.1258 s.2. T. Uyar OrganikTepkimeler Palme yayıncılık 1999.

Course Code & Title: 0240529 - Wet-Air Oxidation Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives What is the wet-air oxidation of this course? Where is it used? How to ensure the optimum conditions? Whatare the subcritical and supercritical conditions? Aimed to investigate issues such as.


P.Q.1P.Q.2P.Q.5P.Q.6P.Q.12


Assessment Criteria


QuizzesHomeworks

ProjectsTerm Paper

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What is the oxidation?Examination of Wet Air Oxidation conditionsWet Air Oxidation of organic compounds based on the implementationWet Air Oxidation examples including the implementation of industrial wasteWet Air Oxidation used in water treatmentSubcritical Water Oxidation Reactions of Molecular OxygenPhenol and phenol derivatives, industrial waste water Wet Air Oxidation Catalyst and catalyst Method SolvingEnvironmentSubcritical and Supercritical Fluid Extraction of Heavy Metals in the sand and sludgeWet Air Oxidation Using food technologySubcritical water solubility of benzoic acid and salicylicExcessive removal of nitroaromatic compounds degradation in water heatedOxidation of aromatic side chains with subcritical water oxidationReduction of CO2 under high pressure and temperatures

Course Book & References Testbooks and translated literature articles

Course Code & Title: 0240531 Organic Analysis Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits



M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities Organic chemistryCourse Objectives Analysis of organic compoundsDeveloped ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6

Learning Outcomes To be able to solve reactions mechanismes of organic compoundsLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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Preliminary examinations and observations,Elemental analysis,Solubility tests,Chemical tests for functional groups,Separation of mixtures,Chemical literature.Spectrometric methods:UV-VIS spectroscopy,1H NMR and 13C NMR spectroscopy,1H NMR and 13C NMR spectroscopy,Mass spectroscopy.Chromatographic methods.Chromatographic methodsQuantitative analysis.

Course Book & References1. M. Ay ‘ Nitel ve Nicel Organik Analiz’, Gazi Kitabevi2. T.Gündüz ‘Kalitatif Analiz’ Gazi kitabevi 305 s.

Course Code & Title: 0240533 Inorganic Reaction Mechanisms Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives The department graduate program, the granting of basic concepts in the field of inorganic chemistry InorganicReaction Mechanisms for the elimination of the defect that the opening of the course will be useful.

Developed ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.12, PY.13

Learning Outcomes A more advanced level of knowledge In the field of inorganic chemistry that can not be at the undergraduatelevel


Assessment Criteria




Laboratory Work…


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Reaction mechanisns and classsificationSubstitution reactionsSubstitution reactions in tetrahedral complexesSubstitution in square-planar and octahedral complexesStereochemical change-Stereoisomers, Redox reactionsMechanisms of inner sphereMechanisms of outer sphereAddition-elimination ReactionsNücleofilic addition.Electrofilic addition. Oxidative addition. Reductive elimination.Insertion reactions. Template reactions. Catalysis reactions.Werner-type complexesOrganometallic substitution reactionsOxidative and reductive eliminationHomogenous catalysis by transition metal complexes. Oxidative-reduction reactions-electron transfer.


1.Jim D. Atwood;Inorganic and Organometallic Reaction Mechanisms, VCH Publishers Inc., 1997.2.D.O.Cooke; Inorganic Reaction Mechanisms, The Royal Society of Chemistry, 1994.3.Richard A. Henderson; The Mechanisms of Reactions at Transition Metal Sites, Oxford University Press, 1993.4.C. Housecroft, A. Sharpe; Inorganic Chemistry, Prentice Hall, 2001.5.G. Miessler, D.A. Tarr; Inorganic Chemistry, Prentice Hall, 1999.

Course Code & Title: 0240535 Advanced Inorganic Chemistry I Name of the Department / Programme: Chemistry MSBSemester Teaching Methods Credits

Autumn Theory Recite Lab. Project/AreaStudy/Homework Quiz Mid


ECTSCredits


Grade of theLecture College () Undergraduate ()

GraduateM.Sc. (X) Ph.D. ()

Compulsory /Elective Elective

Prerequisities

Course ObjectivesThe department graduate program, undergraduate-level fundamental concepts in the field ofinorganic chemistry at a level that can not be given further rectify that would be useful for theopening of Advanced Inorganic Chemistry II course.

DevelopedProgrammeAdequaciess of theLecture

PY.1, PY.2, PY.5, PY.12, PY.13

Learning Outcomes A more advanced level of knowledge In the field of inorganic chemistry that can not be at theundergraduate level

Learning Methodsand Techniques

Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar,Homework, Project

Assessment Criteria

(X) mark Percent(%)

Midterm Exams X 20Quizzes X 5

Homeworks X 5Projects X 10

Term PaperLaboratory Work

…Final Exam X 60

Week Subjects12 Introduction to Quantum Theory3 Structure of atom4 Hydrogen atom5 The electronic structure of atoms6 The bonding models in inorganic chemistry7 İonic bonding8 Covalent bonding9 Metalic bonding

10 Coordination covalent bonding11 Lattice energy12 The chemical bonding of condesed phases13 Symmetry and group theory14 Application to molecular system of group theory

Structural chemistry of hydrogen.


I.D.F. Shriver, et al;Inorganic Chemistry, Oxford University Pres,1994.2.D.O.Cooke; Inorganic Reaction Mechanisms, The Royal Society of Chemistry, 1994.3.Richard A. Henderson; The Mechanisms of Reactions at Transition Metal Sites, Oxford UniversityPress, 1993.4.C. Housecroft, A. Sharpe; Inorganic Chemistry, Prentice Hall, 2001.5.G. Miessler, D.A. Tarr;Inorganic Chemistry, Prentice Hall, 1999.

Course Code & Title: 0240537 Special Topics in InorganicChemistry Name of the Department / Programme: Chemistry MSB

Semester Teaching Methods Credits

Autumn Theory Recite Lab. Project/AreaStudy/Homework Quiz Mid

Term Final Total NationalCredit ECTS Credits



M.Sc. (X) Ph.D. ()Compulsory /Elective Elective

Prerequisities

Course Objectives

Inorganic chemistry covers a wide research and application areas. Developing technology to produce thematerials required by the very special qualities, the development of successful applications of inorganicchemistry is. Graduate-level research in the field of inorganic chemistry will expand the horizons of youngresearchers to more realistic expectations and goals for the orientation of research in this area wasappropriate to give a new course covering selected topics.

DevelopedProgrammeAdequaciess of theLecture

PY.1, PY.2, PY.5, PY.12, PY.13


Learning Methodsand Techniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


1 Fullerenes2 Electrochromism3 Superconductors4 Dendrimers containing metal sites5 İnorganic fibres6 Clusters7 Cage compounds8 Carbondioxide chemistry9 Transition metal carbon monoxide compounds

10 Transition metal carbon monoxide compounds11 Applications of organometallic compounds12 Reactions of coordinated ligands13 Reactions of coordinated ligands14 Mössbauer spectroscopy in inorganic chemistry


l.G.Spessard, G.Miessler; Organometallic Chemistry, Prentice Hall, 1997.2.P.M.S.Monk, R.J.Mortimer, D.R.Rosseinsky; Electrochromism: Fundamental and Applications, VCH Publishers.1995.

3.A.G.Maddock, Mössbauer Spectroscopy: Principles and Applications, Hor-wood Publishing, Chichester. 1997.

4.A.Hirsch, The Chemistry of Fullerenes, Thieme, Stuttgart. 1994.5.D.W.Bruce, D.O Hare, Inorganic Material, , John Wiley&Sons. 1992.6.F.Albert Cotton, G.Wilkinson Advanced Inorganic Chemistry-Fifth Edition, John Wiley. 1988.7.C.E.Housecroft, A.G.Sharpe, Inorganic Chemistry, Prentice Hall, 2001.

Course Code & Title: 0240539 Transition Metal Chemistry Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits



M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities Heat Transfer, Fluid Mechanics

Course Objectives

Transition metals, the characteristic features of the basic elements are divided into groups. Therefore, thebenefit of the transition metals as a separate subject review and an analysis of Also there are elements andcompounds, which form the basis of inorganic chemistry, bonding, magnetism and chemistry issues will helpto understand the reaction. In addition, these elements make up the largest group of metal, industrialproduction and a variety of physical Features of the students will bring a collective point of view




Assessment Criteria




Laboratory Work…


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Metallic Properties of the Transition Elements.Variable Oxidation State,

Complexes Reactivity of Metals.Physical and Chemical Properties.Differences between the first row and the other two rows.The scandium Group.

The Titanium Group.The Vanadium Group.The Manganese Group.The Iron Group.The Cobalt Group.The Nickel Group.TheCopper Group.The Zinc Group.


1.Transition Metal Chemistry, Malcolm Gerloch, Edwin, C. Constable, VCH,Weinheim,1994.2.Inorganic Chemistry, D.F. Shriver; P.W. Atkins, Oxford, 1999.3.Inorganic Chemistry, Gary L. Miessler, Donalt A. Tarn, Prentice Hall Int.,1999.

Course Code & Title: 0240541 Coordination Chemistry Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits




Course Objectives Coordination chemistry includes extensive research and application areas. Topics and techniques in this area,transferring to work in inorganic chemistry will help us do the work of young researchers.

Developed ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6, P.Y.12

Learning Outcomes To learn about Coordination ChemistryLearning Methods andTechniques Lecture, Question-Answer, Discussion, Presentation, Problem Solving, Simulation, Seminar, Homework, Project

Assessment Criteria




Laboratory Work…


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D-block chemistry and characteristic properties.Typical ligands;nomenclature,coordination numbers.İsomerism of coordination compounds.

Bonding in transition metal compoundsvalence bond theory, crystal field theory, magnetic properties, molecular orbital theory,

valence bond theory, crystal field theory, magnetic properties, molecular orbital theory,electronic spectra of transition metal complexes, tanabe-sugano diagrams,electronic spectra of transition metal complexes, tanabe-sugano diagrams,preparation of coordination compounds;thermodynamic and related aspects of coordination compounds, reaction kinetics of coordination compounds.thermodynamic and related aspects of coordination compounds, reaction kinetics of coordination compounds.thermodynamic and related aspects of coordination compounds, reaction kinetics of coordination compounds.


1.S.F.A.Kettle, Physical Inorganic Chemistry, Oxford University Press, 19982.B.N.Figgis; Comprehensive Coordination Chemistry, Pergamon, Oxford, 1987.3.C. Housecroft, A. Sharpe; Inorganic Chemistry, Prentice Hall, 2001.4.G.Wilkinson, R.D.Gillard, J.McCleverty; Comprehensive Coordination Chemistry, Pergamon,Oxford, 1987.5.G. Miessler, D.A. Tarr; Inorganic Chemistry, Prentice Hall, 1999.

Course Code & Title: 0240543 Quantum Theory of Atoms andMolecules-I Name of the Department / Programme: Chemistry MSB

SemesterAutumn




ECTSCredits



M.Sc. (X) Ph.D. ()Compulsory / Elective ElectivePrerequisities -Course Objectives To applicate to atoms and molecules of quantum theory.Developed ProgrammeAdequaciess of the Lecture PY.1, PY.2, PY.5, PY.6

Learning Outcomes 1- Solution by theoretical methods of atomic and moleculer structure.Learning Methods andTechniques Lecture, Question-Answer, Discussion, Problem Solving, Homework, Project

Assessment Criteria


Quizzes x 5Homeworks X 10

ProjectsTerm Paper

Laboratory Work…


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Lagrange theory.Applications of Lagrange theory.Hamilton theory.Applications of Hamilton theory.Insufficiency of classical physics.Progress of quantum theory and their fundamental principles.Bohr atom model.Midterm.Eigenvalues and eigenfunctions of operators.Schrödinger equations.Applications of Schrödinger equations.Applications of Schrödinger equations.Applications of Schrödinger equations.Applications of Schrödinger equations.

Course Book & References1. T L.D.Landau and E.M. Lifshitz, ‘Quantum Mechanics’, Third edition , Pergamon Press 1994.2. W.Greiner,’Quantum Mechanics:An Introduction’, Springer-Verlag,1993.3. B.H.Bransden, C.J.Joachain, ‘Atom ve molekül fiziği’, Samsun-1989.

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Course Code & Title: 0240501 Atomic Spectroscopy Name of...

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