MIT:Introduction to solid state chemistry 1.General Principles of Chemistry Prof.D.R.Sadoway Introduction:elements and compounds,chemical formulas and reactions Evolution of atomic theory:Bohr model of hydrogen,Bohr- Sommerfeld model and multi-electron atoms,atomic spectra,Heisenberg, de Broglie,Schrodinger The Periodic Table:aufbau principle,Pauli exclusion principle,and Hund's rules Primary Bonding:ionic,covalent,metallic,van der Waals Secondary Bonding:dipole-dipole,dipole-induced dipole,London dispersion,hydrogen The Shapes of Molecules:electron domain theory Organic Compounds:nomenclature,alkanes,alkenes,alkynes, aromatics,functional groups,alcohols and ethers 课程网页：htp:hw.bb.ustc.edu.cn
MIT: Introduction to solid state chemistry 1. General Principles of Chemistry Prof. D.R. Sadoway • Introduction: elements and compounds, chemical formulas and reactions • E l ti f t i th Evo l ution o f a tom ic theory: B h d l fh d B h B o hr mo d e l o f h y drogen, B o hrSommerfeld model and multi-electron atoms, atomic spectra, Heisenberg, de Broglie, Schr de Broglie, Schr ödinger • The Periodic Table: aufbau principle, Pauli exclusion principle, and Hund's rules • Primary Bonding: ionic, covalent, metallic, van der Waals • Secondary Bonding: dipole-dipole, dipole-induced dipole, London dispersion h drogen dispersion, h ydrogen • The Shapes of Molecules: electron domain theory • Organic Compounds Organic Compounds: nomenclature, alkanes, alkenes, alkynes, : nomenclature, alkanes, alkenes, alkynes, aromatics, functional groups, alcohols and ethers 课程网页： http://www.bb.ustc.edu.cn/
MIT:Introduction to solid state chemistry 2.Solid State Chemistry:Basic Concepts and Applications .Crystal Structure:7 crystal systems,14 Bravais lattices,cubic crystals .Characterization of Structure:x-rays,electrons,neutrons .Band Theory,semiconductors,and devices .Imperfections in Solids:point,line,surface .Amorphous Solids:inorganic glasses(oxides,metallic),organic glasses (polymers) Liquids and Solutions:solubility rules,acids,bases,pH,buffers .Biochemistry:amino acids,peptides and proteins,lipids,nucleic acids, protein biosynthesis .Oxidation-Reduction Reactions .Reaction Kinetics:rate laws,Arrhenius equation .Diffusion:Fick's first and second laws .Phase Stability:unary and binary phase diagrams
MIT: Introduction to solid state chemistry 2. Solid State Chemistry: Basic Concepts and A li ti Applications •Crystal Structure: 7 crystal systems, 14 Bravais lattices, cubic crystals •Ch t i ti f St t Charac ter ization o f Struc ture: x-rays, elt t ec trons, neu trons •Band Theory, semiconductors, and devices •Imperfections in Solids Imperfections in Solids: point, line, surface : point, line, surface •Amorphous Solids: inorganic glasses (oxides, metallic), organic glasses (polymers) •Liquids and Solutions: solubility rules, acids, bases, pH, buffers •Biochemistry: amino acids, peptides and proteins, lipids, nucleic acids, protein biosynthesis protein biosynthesis •Oxidation-Reduction Reactions •Reaction Kinetics Reaction Kinetics: rate laws, Arrhenius equation : rate laws, Arrhenius equation •Diffusion: Fick's first and second laws •Phase Stability: unary and binary phase diagrams
Lunds University:Materials Chemistry Introduction Symmetry,unit cell and close packing.Close packing of atoms Symmetry,unit cell and close packing.Close packing of atoms Methods for synthesis of large crystals Close packing of metal atoms.Building structure model of ccp. Close packing of metal atoms.Building structure model of ccp Methods for structure determination and analysis. Building structure model of ccp.Visit microscopes. Building structure model of ccp.Visit microscopes. Chemical bonding and atom distances. Cubic close packing of atoms.Structure types. Cubic close packing of atoms.Structure types. Chemical bonding and atom distances. Ccp and hexagonal close packing,hcp,structure types Ccp and hexagonal close packing,hcp,structure types Defects in structures.Phase diagrams. Structures of hcp.Structures of bcc and primitive cubic packing. Structures of hcp.Structures of bcc and primitive cubic packing
Lunds University: Materials Chemistry
Lunds University:Materials Chemistry Phase diagrams Primitive cubic packing.Structure of silicates. Primitive cubic packing.Structure of silicates. Phase diagrams.Structures of silicates. Project work Project work Electronic conductors. Project work.Use of graphic program ATOMS and data base. Project work.Use of graphic program ATOMS and data base. lonic conductors.Catalysts. Textbook:Lesley Smart and Elaine Solid State Moore:Solid State Chemistry,An Chemistry Introduction,2nd ed.or newer, An introduction 、ECOND EE1mox Stanley Thornes,1998
Lunds University: Materials Chemistry Textboo k: Lesle y Smart and Elaine Moore: Solid State Chemistry, An Introduction, 2nd ed. or newer, Stanley Thornes, 1998
Solid State Chemistry and its Applications ANTHONY R.WEST JOHN WILEY SONS Ltd,1984 译序 前言 第1章什么是画体化学？ 第2章制备方法. .4.3 omy R We 第3章 无机固体的鉴定：物理技术的应用.37 SOLID 第4章热分析. .77 第5章X射线行射.86 HEMISTRY 第6章 点群、空间胖和晶体结构. 137 APPLICATIONS 第7章描述的结晶化学. 158 第8章影响晶体结构的一些因系 198 第9章晶体缺陌和非整比. 243 第10章固溶体. 272 第11章相图的阐释.283 第12章相转变.4+4.4.0. 312 第13章离子电导和固体电解质 338 第14章 电性质和能带理论：金屈，半导体，无机固体，颜色.371 第15章其它电性质. 392 第16章 磁性质.415 第17章光性质：发光现象，激光. 438 第18章玻璃.47 第19章水泥和混士. 480 第20章 耐火材料 493 第21京有机固体化学. 602 附录. 514