复旦大学：《普通化学 General Chemistry》课程教学资源（课堂讲义）Chap 1 - Introduction（主讲：郑耿锋）

General Chemistry Gengfeng ZHENG(郑耿铎) Phone:51630352 E-mail: gfzhengafudan. edu.cn Course Webpage: http://www.nanolab.fudan.edu.cn/teaching

General Chemistry Gengfeng ZHENG （郑耿锋） Phone: 51630352 E-mail: gfzheng@fudan.edu.cn Course Webpage: http://www.nanolab.fudan.edu.cn/teaching 1

Course related Time: Tue class 3--4 Textbook General Chemistry - Jean Umland Jon bellama Class handouts 。 Exams 英文版 One mid-term exam(40%) 普通化学 One final exam (50%) Gengral Chemistry In class and Homework (10%) 美) Jean B Umland Jon M Bellamy著 Q工题

Course Related  Time: Tue, class 3—4  Textbook:  General Chemistry – Jean Umland & Jon Bellama  Class handouts  Exams  One mid-term exam (40%)  One final exam (50%)  In class and Homework (10%) 2

Campus Map 人学 校园地图 日 比例尺150 邯郸校区 We are here 国际文党义 青平教师公害 Chem Building 东区学生公寓 West Chem 图书馆 上人生楼 Building 二 系二教 留学生公主 枝馆》

Campus Map 3 West Chem Building Chem Building We are here

Course Overview-1st Semester Introduction( Chapter 1-3) Electronic Structures and periodic Table (Chapter 7-8) Chemical Bonds Valence Bond Method and Molecular Shape( Chapter 9) Molecular Orbital method and molecular Interactions(Chapter 10) Solution(Chapter 4) Acids and Bases(Chapter 15, 16.1--16.4 Precipitate(Chapter 16.5-16. 8)

Course Overview – 1 st Semester  Introduction (Chapter 1—3)  Electronic Structures and Periodic Table (Chapter 7—8)  Chemical Bonds, Valence Bond Method, and Molecular Shape (Chapter 9)  Molecular Orbital Method and Molecular Interactions (Chapter 10)  Solution (Chapter 4)  Acids and Bases (Chapter 15, 16.1—16.4)  Precipitate (Chapter 16.5—16.8) 4

Course Overview-2nd semester Oxidation-Reduction Reaction( Chapter 11) Changes in States, Colligative Properties, and Phase Diagram( Chapter 5, 12, 13.5-13.7) Chemical Thermodynamics and Thermochemistry (Chapter 6) Chemical Equilibrium(Chapter 14, 17) Chemical Kinetics( Chapter 18) Electrochemistry( Chapter 19)

Course Overview – 2 nd Semester  Oxidation-Reduction Reaction (Chapter 11)  Changes in States, Colligative Properties, and Phase Diagram (Chapter 5, 12, 13.5—13.7)  Chemical Thermodynamics and Thermochemistry (Chapter 6)  Chemical Equilibrium (Chapter 14, 17)  Chemical Kinetics (Chapter 18)  Electrochemistry (Chapter 19) 5

PART 1-Introduction Reference: Chapter 1-3 in textbook

6 PART 1 – Introduction Reference: Chapter 1—3 in textbook

Importance of Chemistry S cience Food NAAAS Manufacture Energy Biology 7

Importance of Chemistry 7 Food Manufacture Energy Biology

New Instrumentation Technology UItraShleld Electron Microscopy Nuclear Magnetic Resonance Mass spectroscopy cH2一CH 8

New Instrumentation & Technology 8 Electron Microscopy Nuclear Magnetic Resonance Mass Spectroscopy

Research Hot Spots- Catalysis Edited by jin Cejka, Avelino Corma, WWILEY-VCH and Stacey Zone A Sheldo, Isabel Arer 中 WILEY VCH anekal Zeolites and Catalysis Synthesis, Reactions and Applications Green Chemistry and Catalysis 9

Research Hot Spots – Catalysis 9

Research Hot Spots-Electronics Moore's law -2005 Transistors 512M itanium 2 Processor ocessor ntium Ill Processor 256K Pentium@ ll Proces Moore's Law(Intel, 1965) entium" Processor 486 Processe 386 Process In every 18-24 months, ◆1965Data( Moore) the transistor size will shrink in a Memory half and the density will double ● Microprocessor 19601965197019751980198519901995200020052010

Research Hot Spots – Electronics 10 Moore’s Law (Intel, 1965): —— In every 18~24 months, the transistor size will shrink in half and the density will double