山东大学：《物理化学》课程教学资源（讲义资料）2020 Physical Chemistry 2 rationale

Physical chemistry 2 2020-2021 Academic Year. fall Semester Sep.8,2020

Physical Chemistry 2 2020-2021 Academic Year, Fall Semester Sep. 8, 2020

1. Brief introduction of the course 1.1 About the teacher Prof shu- Yong ZHANG张树永 物理化学 Ph. D in Physical Chemistry; Professor in chemistry 2020基地班物理化学(36) 出注山面证有,汉s,花山大学化字与化工字,服土生纬等思,山 大学本料生》,灰心以床大山序, ;能 刘程于学士开凤出 兆龙的豆张李中群 Wechat:2020基地班物理化学 Everyone should join this Wechat group 于志泽孙永张民清 ⊙ with your real name 2020基地坦物

Prof. Shu-Yong ZHANG 张树永 Ph. D in Physical Chemistry; Professor in chemistry; Wechat: 2020基地班物理化学 Everyone should join this Wechat group with your real name. 1.1 About the teacher 1. Brief introduction of the course

1. Brief introduction of the course 1.2 Teaching assistant Miss zhang Ya-Ning(张雅宁) Graduate for Ms Contacting information Phone:88365456

1.2 Teaching Assistant Miss ZHANG Ya-Ning (张雅宁) Graduate for MS Contacting information: Phone: 88365456 1. Brief introduction of the course

1. Brief introduction of the course 1. 4 Office hours Wendsday:19:30-22:00 If you are late do not break in Room 241 Please wait until the class break MingDe building-Block B Phone:61378 E-mail:syzhang@sdu.edu.cn Scheduled interview: Half hour for each student ctual

Wendsday: 19:30 – 22:00 Room 241 MingDe Building – Block B Phone: 61378 E-mail: syzhang@sdu.edu.cn 1.4 Office hours Scheduled interview: Half hour for each student Be punctual! 介 1 . 1. Brief introduction of the course If you are late, do not break in. Please wait until the class break

1. Brief introduction of the course 1.5 Grading policy Classroom interaction: 10% Homework: 10%; Quarter Exams: 15% Course presentation: 10% Course thesis: 10%: One-page synthesis: 5% Final exam: 40% lly, 100 pts

1.5 Grading policy: Totally, 100 pts. Classroom interaction: 10%; Homework : 10%; Quarter Exams: 15% Course presentation: 10% Course thesis: 10%; One-page synthesis: 5% 优 Final exam: 40%. 1. Brief introduction of the course

Brief intro 1.6 Course Contents 结构化学 化学热力学 理论化学 物理化学 热力学 统计热力学 非平衡态热力学 动力学 经典化学动力学 反应动态学 海洋化学能源化学溶液化学 电化学 微观化学动力学 大气化学材料化学固体化学光化学辐射化学激光化学 土壤化学环境化学结晶化学超声化学 天体化学医药化学 机械化学 超临界化学

理论化学 结构化学 物理化学 热力学 统计热力学 非平衡态热力学 动力学 化学热力学 经典化学动力学 微观化学动力学 反应动态学 电化学 光化学 辐射化学 溶液化学 固体化学 结晶化学 超声化学 机械化学 海洋化学 天体化学 大气化学 激光化学 能源化学 材料化学 环境化学 医药化学 土壤化学 超临界化学 1.6 Course Contents: 1. Brief introduction of the course

1. Brief introduction of the course 1. 6 Course Contents: Possibility vs. realit Spontaneous process diamond graphite Chemical kinetics

diamond Chemical kinetics graphite Possibility vs. reality Spontaneous process 1.6 Course Contents: 1. Brief introduction of the course

1. Brief introduction of the course 1. 6 Course Contents: 2N2+6H2O=4NH3+302 Can we synthesize ammonia directly from water and dinitrogen under ambient temperature and pressure just like nitrogen-fixing bacteria does nodule oy nitrogenase Electrochemistry

Can we synthesize ammonia directly from water and dinitrogen under ambient temperature and pressure just like nitrogen-fixing bacteria does ? 2N2 + 6H2O = 4NH3 + 3O2 Electrochemistry soybean nodule nitrogenase 1.6 Course Contents: 1. Brief introduction of the course

1. Brief introduction of the course 1. 6 Course Contents: water strider 水黾 Aquarius elongatus Surface chemistry

Surface chemistry water strider 水黾 Aquarlus elongatus 1.6 Course Contents: 1. Brief introduction of the course

1. Brief introduction of the course 1. 6 Course Contents: What is nanomaterials? Why the properties of nano-scale materials are quite different from those of bulk materials? 1 Hm Nanowire and nanorod Polymer nanotube Colloidal Chemistry

What is nanomaterials? Why the properties of nano-scale materials are quite different from those of bulk materials? Colloidal Chemistry Nanowire and nanorod Polymer nanotube 1.6 Course Contents: 1. Brief introduction of the course