2018-2019, Autumn
| 大气自由基化学前沿讨论课程安排（每周三5-6节，文史楼212） | |
| 时间 | 安排 |
| 2018/9/19 | 同学自我介绍，课程安排、课程参考材料的介绍和分发 General Introduction |
| 2018/9/26 | 1. 我国典型城市群地区的大气自由基化学 Atmospheric Radical Chemistry in Chinese Megacities |
| 2018/10/3 | 放国庆假期 National Day |
| 2018/10/10 | 2. 大气自由基化学的实验室反应动力学研究 Atmospheric Radical Chemistry in Chinese Megacities |
| 2018/10/17 | 3. 大气自由基化学的外场观测研究 Reaction kinetic studies of the radical chemistry |
| 2018/10/24 | 4. 专题：光谱技术在环境自由基测量中的应用 The application of spectroscopic methods in the detection of atmospheric radicals |
| 2018/10/31 | 5. 专题：质谱技术在环境自由基测量中的应用 The application of mass spectrometric methods in the detection of atmospheric radicals |
| 2018/11/7 | 6. 专题：极地条件下的大气自由基化学 The application of mass spectrometric methods in the detection of atmospheric radicals |
| 2018/11/14 | 7. 专题：森林地区的大气自由基化学 (BVOCs) The reactions of BVOCs with OH |
| 2018/11/21 | 8. 专题：城市地区的大气自由基化学 (HOx-NOx) The study of the H-shfit reactions through Quantum chemistry |
| 2018/11/28 | 9. 专题：大气自由基动力学模拟的几种主要机制 The radical reactions in the urban atmosphere |
| 2018/12/5 | 10. 专题：大气自由基与气溶胶的相互作用 The photochemical ozone production in the troposphere |
| 2018/12/12 | 11. 专题：大气自由基化学与对流层臭氧的产生 The heteorogeneous radical reactions |
| 2018/12/19 | 12. 专题：大气自由基化学与硝酸盐的生成 |
| 2018/12/26 | 13. 专题：大气自由基化学与二次有机气溶胶的生成（OFR） |
| 2019/1/2 | 考试：课程报告 |
2017 - 2018, Autumn
1. Current Atmospheric Chemistry Issues: a radical perspective
2. Frontiers in the study of photochemical ozone production in the troposphere
3. Progress and frontiers of the HOx chemistry
3.1 History, 3.2 Lab studies, 3.3 Field measurements 3.4 Sources and sinks, 3.5 Frontiers
4. Progress and frontiers of the NO3-N2O5 chemistry
4.1 History, 4.2 Lab studies, 4.3 Field measurements 4.4 Sources and sinks, 4.5 Frontiers
5. Applications of Spectroscopy in the atmospheric radical chemistry
6. Applications of Mass spectrometry in the atmospheric radical chemistry (Contributed by Weiguang Xu)
7. Environmental chemistry and Quantum chemistry (Contributed by Jian Liu)
8. Heterogeneous reactions of atmospheric radicals (Contributed by Mingjing Tang)
9. Reactive VOCs chemistry (Contributed by Ying Liu)
10. Final Exam: Presentations and group work