刘欢-pg麻将胡了模拟器链接

2004.09-2009.01 清华大学环境科学与工程系 博士

2000.09-2004.07 清华大学环境科学与工程系 学士

2021.12–至今        清华大学环境学院，长聘教授

2019.02–2021.12  清华大学环境学院，长聘副教授

2013.12–2019.02  清华大学环境学院，副教授

2010.11–2013.11  清华大学环境学院，讲师/助理研究员

2009.02–2010.09  美国加州大学河滨分校、国际可持续系统研究中心，博士后

教学课程

2021-至今，空气质量与气候管理，研究生专业课，英文

2014-至今，环境物理性污染与控制（蒋建国、刘欢），本科生专业课，中文

2018-至今，雾霾成因与防控（贺克斌、刘欢），本科生新生研讨课，中文

2018-至今，能源与环境（贺克斌、刘欢），研究生专业课，中文

2015-至今，中国空气质量管理，研究生专业课，英文

2021.08- 中国学术期刊journal of environmental sciences，青年编委

2020.10- 美国化学学会期刊environmental science & technology engineering，青年编委

2020.08- 英国皇家物理学会期刊environmental research infrastructure & sustainability，编委

2019.01- journal of environmental sciences特刊、journal of industrial ecology特刊、atmospheric chemistry and physics与ocean science联合特刊，客座编辑

2021.05- international global atmospheric chemistry (igac) project，青年委员

2021.02- 第一届全国碳中和与绿色发展大会学术委员会，副主任委员

2020.06- 全球环境基金“中国货运系统高效绿色发展制度体系构建项目”，专家

2019.08- 欧盟地平线h2020项目emerge，顾问委员

2018.09- 英国自然环境研究理事会 (nerc)，函评专家

2018.02- 中国清洁交通伙伴关系 (cctp)，执委会委员

2017.06- 中国环境科学学会挥发性有机物污染防治专业委员会、臭氧污染控制专业委员会、青年科学家分会，委员

1. 构建多尺度交通排放表征模型

2. 建立交通源与大气环境效应的耦合模拟解析方法

3. 构建基于驱动力/供应链关联的交通排放调控方案和全球减排框架

1. 基于高分辨率大气环境模拟及感知系统的交通与城市大气环境研究，国家自然科学基金国际(地区)合作交流项目(中英人才基金)，2020-2022

2. 交通运输源排放表征及多尺度大气环境影响，国家自然科学基金优秀青年科学基金，2019-2021

3. 基于链状行为的道路移动源vocs全过程排放模拟研究，国家自然科学基金面上项目，2016-2019

4. 渤海区域船舶多污染物排放清单研究，国家自然科学基金重大研究计划培育项目，2016-2018

5. 基于排放约束的交通流优化演化算法研究，国家自然科学基金青年科学基金，2012-2014

6. 区域动态高时空分辨率大气污染源排放清单，大气重污染成因与治理攻关项目，2017-2019

7. 攻关项目成果集成与应用示范，大气重污染成因与治理攻关项目，2017-2019

8. 精细网格大气动态污染源清单技术研发及应用示范，国家重点研发计划，2017-2019

9. 北京市交通源对 pm_2.5影响解析及控制策略研究，北京市科技新星计划，2018-2020

10. 船舶排放对大气氧化性的影响，环境模拟与污染控制国家重点联合实验室，2020-2022

11. 船舶排放颗粒物pems测试系统研发及源谱特征识别，环境模拟与污染控制国家重点联合实验室，2016-2018

12. 臭氧大气健康基准文件，中国环境科学研究院，2016-2017

13. 车载诊断和油气回收系统在机动车排放监管中的应用研究，公益性行业科研专项，2014-2016

14. 冬季中国污染区域pm_2.5的研究，日本丰田汽车公司，2019-2020

2021，国家生态环境保护专业技术青年拔尖人才

2020，牛顿高级学者基金(newton advanced fellowship)

2019，中国环境科学学会青年科学家奖金奖

2019，清华大学大学生研究训练（srt）计划优秀指导教师一等奖

2019，联合国环境署“气候与清洁空气奖”

2018，霍英东基金青年教师奖三等奖

2018，清华大学第八届青年教师教学大赛二等奖

2017，海洋领域优秀科技青年

2017，北京市科技新星

2017，挥发性有机物污染防治专业委员会青年学术创新奖

2017，河北省科学技术进步奖二等奖

2016，国家环境保护科学技术奖二等奖

2014，教育部科学技术进步奖一等奖

2014，清华大学优秀班主任二等奖

2011，清华大学优秀招生新人

代表性文章：

1. lv, z.^#; wang, x.^#; deng, f.; ying, q.; archibald, a.; l.jones, r.; ding, y.; cheng, y.; fu, m.; liu, y.; man, h.; xue, z.; he, k.; hao, j.; liu, h.^*. source–receptor relationship revealed by the halted traffic and aggravated haze in beijing during the covid-19 lockdown. environmental science & technology 2020, 54(24): 15660–15670.

2. deng, f.; lv, z.; qi, l.; wang, x.; shi, m.; liu, h.^*. a big data approach to improving the vehicle emission inventory in china. nature communications 2020, 11: 2801.

3. liu, h.^*; meng, z.; lv, z.; wang, x.; deng, f.; liu,y.; zhang, y.; shi, m.; zhang, q.^*; he, k.^*. emissions and health impacts from global shipping embodied in us–china bilateral trade. nature sustainability 2019, 2(11): 1027–1033.

4. li, m.^#; liu, h.^#; geng, g.; hong, c.; liu, f.; song, y.; tong, d.; zheng, b.; cui, h.; man, h.; zhang, q.^*; he, k.^*. anthropogenic emission inventories in china: a review. national science review 2017, 4(6): 834-866.

5. liu, h.^*; fu, m.; jin, x.; shang, y.; shindell, d.^*; faluvegi, g.; shindell, c.; he, k.^*. health and climate impacts of ocean-going vessels in east asia. nature climate change 2016, 6(11): 1037-1041.

文章列表

1. qi, l.^#; zhao, j^#.; li q.; su,s.; lai,y.; deng, f.; man, h; wang, x.; shen, x.; lin, y.; ding,y.^*; liu, h.^*. primary organic gas emissions from gasoline vehicles in china: factors, composition and trends. environmental pollution 2021, 290, 117984.

2. 刘欢^*, 吕兆丰, 贺克斌.交通与雾霾的源受体关系新认识——“疫情霾”的启发[j].科学通报,2021,66(20):2498-2500.

3. qi, l.; zhang, z.; wang, x.; deng, f.; zhao, j.; liu, h.^*. molecular characterization of atmospheric particulate organosulfates in a port environment using ultrahigh resolution mass spectrometry: identification of traffic emissions. journal of hazardous materials 2021, 419, 126431.

4. zhang, z.; man, h.; qi, l.; wang, x.; liu, h.^*; zhao, j.; wang, h.; jing, s.; he, t.; wang, s.; he, k.. measurement and minutely-resolved source apportionment of ambient vocs in a corridor city during 2019 china international import expo episode. science of the total environment 2021, 798, 149375.

5. liu, h.^*; huang, f.; deng, f.; luo, z.; zhao, h.; he, k.. road freight emission in china: from supply chain perspective. environmental pollution 2021, 285, 117511.

6. wang, y.; shi m.; lv, z.; liu, h.^*; he, k.. local and regional contributions to pm_2.5 in the beijing 2022 winter olympics infrastructure areas during haze episodes. frontiers of environmental science & engineering 2021, 15(6), 140.

7. cai, w.^#; zhang, c.^#; suen, h.^#; ai, s.; bai, y.; bao, j.; chen, b.; cheng, l.; cui, x.; dai, h.; di, q.; dong, w.; dou, d.; fan, w.; fan, x.; gao, t.; geng, y.; guan, d.; guo, y.; hu, y.; hua, j.; huang, c.; huang, h.; huang, j.; jiang, t.; jiao, k.; kiesewetter, g.; klimont, z.; lampard, p.; li, c.; li, q.; li, r.; li, t.; lin, b.; lin, h.; liu, h.; liu, q.; liu, x.; liu, y.; liu, z.; liu, z.; liu, z.; lou, s.; lu, c.; luo, y.; ma, w.; mcgushin, a.; niu, y.; ren, c.; ren, z.; ruan, z.; schöpp, w.; su, j.; tu, y.; wang, j.; wang, q.; wang, y.; wang, y.; watts, n.; xiao, c.; xie, y.; xiong, h.; xu, m.; xu, b.; xu, l.; yang, j.; yang, l.; yu, l.; yue, y.; zhang, s.; zhang, z.; zhao, j.; zhao, l.; zhao, m.; zhao, z.; zhou, j.; gong, p.^*. the 2020 china report of the lancet countdown on health and climate change. lancet pubilc health 2021,6(1): 64-81.

8. wu, y.; liu, d.^*; wang, x.; li, s.; zhang, j.; qiu, h.; ding, s.; hu, k.; li, w.; tian, p.; liu, q.; zhao, d.; ma, e.; chen, m.; xu, h.; ouyang, b.; chen, y.; kong, s.; ge, x.; liu, h.. ambient marine shipping emissions determined by vessel operation mode along the east china sea. science of the total environment 2021, 769, 144713.

9. wu, li; ling, z.^*; liu, h.; shao, m.; lu, s.; wu, l.; wang, x.^*. a gridded emission inventory of semi-volatile and intermediate volatility organic compounds in china. science of the total environment 2021, 143295.

10. lv, z.^#; wang, x.^#; deng, f.; ying, q.; archibaldc, a. t.; l.jones, r., ding, y., cheng, y.; fu, m.; liu, y.; man, h.g; xue, z.; he,k.; hao, j.; liu, h.^*. source–receptor relationship revealed by the halted traffic and aggravated haze in beijing during the covid-19 lockdown. environmental science & technology 2020, 54(24): 15660–15670.

11. luo, z.; huang, f.; liu, h.^*. pm_2.5 concentration estimation using convolutional neural network and gradient boosting machine. journal of environmental sciences 2020, 98: 85-93.

12. deng, f.; lv, z.; qi, l.; wang, x.; shi, m.; liu, h.^*. a big data approach to improving the vehicle emission inventory in china. nature communications 2020, 11, 2801.

13. liu, h.^*; qi, l.; liang c.; deng f.; man, h.; he, k.. how aging process changes characteristics of vehicle emissions? a review. critical reviews in environmental science & technology 2020, 50(17): 1796-1828.

14. man h.; liu, h^*.; niu, h.; wang, k.; deng, f.; wang, x.; xiao, q.; hao, j.. vocs evaporative emissions from vehicles in china: species characteristics of different emission processes. environmental science and ecotechnology 2020, 1, 100002.

15. liu, h.^*; meng, z.; lv, z.; wang, x.; deng, f.; liu,y., zhang, y.; shi, m.; zhang, q.^*; he, k.^*. emissions and health impacts from global shipping embodied in us–china bilateral trade. nature sustainability 2019, 2: 1027–1033.

16. qi, l.; liu, h.^*; shen, x.; fu, m.; huang, f.; man, h.; deng, f.; shaikh, a.; wang, x.; dong, r.; song, c.; he, k.. intermediate-volatility organic compound emissions from nonroad construction machinery under different operation modes. environmental science & technology 2019, 53(23): 13832-13840.

17. zhang, y.; deng, f.; man, h.; fu, m.; lv, z.; xiao, q.; jin, x.; liu, s.; he, k.; liu, h.^*. compliance and port air quality features with respect to ship fuel switching regulation: a field observation campaign, seiso-bohai. atmospheric chemistry & physics 2019, 19: 4899-4916.

18. zhang, f.; chen y.^*; cui, m.; feng,y.; yang, x.; chen, j.; zhang, y.; gao, h.; tian, c.; matthiash, v.; liu, h.^*. emission factors and environmental implication of organic pollutants in pm emitted from various vessels in china. atmospheric environment 2019, 200: 302-311.

19. kang, m.; guo, h.; wang, p.; fu, p.; ying, q.; liu, h.; zhao, y.^*; zhang, h.^*. characterization and source apportionment of marine aerosols over the east china sea. science of the total environment 2019, 651: 2679-2688.

20. wu, x.; zhang, s.; guo, x,; yang, z.; liu, j.; he, l.; zheng, x.; han, l.; liu, h.; wu, y.^*. assessment of ethanol blended fuels for gasoline vehicles in china: fuel economy, regulated gaseous pollutants and particulate matter. environmental pollution 2019, 253: 731-740.

21. shi, z.^*; vu, t.; kotthaus, s.; harrison, r.; grimmond, s.; yue, s.; zhu, t.; lee, j.; han, y.; demuzere, m.; dunmore, r.; ren, l.; liu, d.; wang, y.; wild, o.; allan, j.; acton, w.; barlow, j.; barratt, b.; beddows, d.; bloss, w.; calzolai, g.; carruthers, d.; carslaw, d.; chan, q.; chatzidiakou, l.; chen, y.; crilley, l.; coe, h.; dai, t.; doherty, r.; duan, f.; fu, p.; ge, b.; ge, m.; guan, d.; hamilton, j.; he, k.; heal, m.; heard, d.; hewitt, c. ; hollaway, m.; hu, m.; ji, d.; jiang, x.; jones, r.; kalberer, m.; kelly, f.; kramer, l.; langford, b.; lin, c.; lewis, a.; li, j.; li, w.; liu, h.; liu, j.; loh, m.; lu, k.; lucarelli, f.; mann, g.; mcfiggans, g.; miller, m.; mills, g.; monk, p.; nemitz, e.; o'connor, f.; ouyang, b.; palmer, p.; percival, c.; popoola, o.; reeves, c.; rickard, a..; shao, l.; shi, g.; spracklen, d.; stevenson, d.; sun, y.; sun, z.; tao, s.; tong, s.; wang, q.; wang, w.; wang, x.; wang, x.; wang, z.; wei, l.; whalley, l.; wu, x.; wu, z.; xie, p.; yang, f.; zhang, q.; zhang, y.; zhang, y.; zheng, m.. introduction to the special issue "in-depth study of air pollution sources and processes within beijing and its surrounding region (aphh-beijing)". atmospheric chemistry & physics 2019, 19, 11: 7519-7546.

22. zhang, j.; gao, y.^*; leung, l.; luo, k^*; liu, h.; lamarque, j.; fan, j.; yao, x.; gao, h.; nagashima, t.. impacts of climate change and emissions on atmospheric oxidized nitrogen deposition over east asia. atmospheric chemistry & physics 2019, 19(2): 887-900.

23. lv, z.; liu, h.^*; ying, q.; fu, m.; meng, z.; wang, y.,wei, w.; guo, h.; he, k.. impacts of shipping emissions on pm_2.5 pollution in china. atmospheric chemistry & physics 2018, 18(21): 15811-15824.

24. li, j.; liu, h.^*; lv, z.; zhao, r.; deng, f.; wang, c.; qin, a.;yang, x.. estimation of pm_2.5 mortality burden in china with new exposure estimation and local concentration-response function. environmental pollution 2018, 243: 1710-1718.

25. liu, h.^*; liu, s.; xue, b.; lv, z.; meng, z.; yang, x.; xue, t.; yu, q.; he, k.. ground-level ozone pollution and its health impacts in china. atmospheric environment 2018, 173: 223-230.

26. liu, h.^*; jin, x.; wu, l.; wang, x. ^*; fu, m.; lv, z.; morawska, l.; huang, f.; he, k.. the impact of marine shipping and its deca control on air quality in the pearl river delta, china. science of the total environment 2018, 625: 1476-1485.

27. liu, h.^*; meng, z.; shang, y.; lv, z.; jin, x.; fu, m.; he, k.. shipping emission forecasts and cost-benefit analysis of china ports and key regions' control. environmental pollution (barking, essex: 1987) 2018, 236: 49-59.

28. man, h.; liu, h.^*; xiao, q.; deng, f.; yu, q.; wang, k.; yang, z.; wu, y.; he, k.; hao, j.. how ethanol and gasoline formula changes evaporative emissions of the vehicles. applied energy 2018, 222: 584-594.

29. xiao, q.^#; li, m.^#; liu, h.^*; fu, m.; deng, f.; lv, z.; man, h.; jin, x.; liu, s.; he, k.. characteristics of marine shipping emissions at berth: profiles for particulate matter and volatile organic compounds. atmospheric chemistry & physics 2018, 18 (13): 9527-9545.

30. zhang, y.; loh, c.; louie, p.; liu, h.; lau, a. k. h.^*. the roles of scientific research and stakeholder engagement for evidence-based policy formulation on shipping emissions control in hong kong. journal of environmental management 2018, 223: 49-56.

31. wei, w.^*; lv, z.; li, y.; wang, l.; cheng, s.; liu, h.. a wrf-chem model study of the impact of vocs emission of a huge petrochemical industrial zone on the summertime ozone in beijing, china. atmospheric environment 2018, 175: 44-53.

32. 付明亮, 刘欢^*, 贺克斌. 实际工况下内河航行船舶nox排放测试与分析研究[j].环境工程学报,2018, 12(4): 1065-1070.

33. 刘欢^*, 商轶, 金欣欣, 付明亮. 船舶排放清单研究方法及进展[j].环境科学学报, 2018, 38(1): 1-12.

34. 刘旭艳, 刘欢^*, 张强, 贺克斌, 洪朝鹏, 邓梵渊, 张倩倩, 梁林林, 张兴赢, 李肖霞. 不利风向条件下北部湾人为源对海口市pm_2.5浓度影响的模拟研究[j].环境科学学报,2018, 38(08): 3197-3209.

35. li, m.^#; liu, h.^#; geng, g.; hong, c.; liu, f.; song, y.; tong, d.; zheng, b.; cui, h.; man, h.; zhang, q.^*; he, k.^*. anthropogenic emission inventories in china: a review. national science review 2017, 4 (6): 834-866.

36. yang, x.; zheng, y.; geng, g.; liu, h.^*; man, h.; lv, z.; he, k.; de hoogh, k.. development of pm_2.5 and no₂ models in a lur framework incorporating satellite remote sensing and air quality model data in pearl river delta region, china. environmental pollution 2017, 226: 143-153.

37. fu, m.; liu, h.^*; jin, x.; he, k.. national- to port-level inventories of shipping emissions in china. environmental research letters 2017, 12, 114024.

38. liu, h.^*; man, h.; cui, h.; wang, y.; deng, f.; wang, y.; yang, x.; xiao, q.; zhang, q.; ding, y.; he, k.. an updated emission inventory of vehicular vocs and ivocs in china. atmospheric chemistry & physics 2017, 17 (20): 12709-12724.

39. shen, x.; yao, z.^*; he, k.^*; cao, x.; liu, h.. the construction and application of a multipoint sampling system for vehicle exhaust plumes. aerosol and air quality research 2017, 17 (7): 1705-1716.

40. wu, y.^#*; zhang, s.^#; hao, j.; liu, h.; wu, x.; hu, j.; walsh, m. p.; wallington, t.; zhang, k.; stevanovic, s.. on-road vehicle emissions and their control in china: a review and outlook. science of the total environment 2017, 574: 332-349.

41. liu, h.^*; fu, m.; jin, x.; shang, y.; shindell, d.^*; faluvegi, g.; shindell, c.; he, k.^*. health and climate impacts of ocean-going vessels in east asia. nature climate change 2016, 6 (11): 1037-1042.

42. yang, x.; liu, h.^*; he, k.. the significant impacts on traffic and emissions of ferrying children to school in beijing. transportation research part d-transport and environment 2016, 47: 265-275.

43. pei, b.; cui, h.; liu, h.^*; yan, n.^*. chemical characteristics of fine particulate matter emitted from commercial cooking. frontiers of environmental science & engineering 2016, 10(3): 559-568.

44. liang, c.; liu, h.^*; he, k.^*; ma, y.. assessment of regional air quality by a concentration-dependent pollution permeation index. scientific reports 2016, 6, 34891.

45. liu, h.; he, k.^*. china keeps carrying forward the key special project of "air pollution causes and control". frontiers of environmental science & engineering 2016, 10(5), 18.

46. wu, x.; wu, y.^*; zhang, s.^*; liu, h.; fu, l.; hao, j.. assessment of vehicle emission programs in china during 1998-2013: achievement, challenges and implications. environmental pollution 2016, 214: 556-567.

47. liu, h.^*; man, h.; tschantz, m.; wu, y.; he, k.; hao, j.. voc from vehicular evaporation emissions: status and control strategy. environmental science & technology 2015, 49(24): 14424-14431.

48. yang, x.; liu, h.^*; man, h.; he, k.. characterization of road freight transportation and its impact on the national emission inventory in china. atmospheric chemistry & physics 2015, 15(4): 2105-2118.

49. cui, h.; chen, w.; dai, w.; liu, h.^*; wang, x.^*; he, k.^*. source apportionment of pm_2.5 in guangzhou combining observation data analysis and chemical transport model simulation. atmospheric environment 2015, 116: 262-271.

50. zhang, y.; yao, z.; shen, x.; liu, h.^*; he, k.^*. chemical characterization of pm_2.5 emitted from on-road heavy-duty diesel trucks in china. atmospheric environment 2015, 122: 885-891.

51. yang, x.; liu, h.^*; cui, h.; man, h.; fu, m.; hao, l.; he, k.. vehicular volatile organic compounds losses due to refueling and diurnal process in china: 2010-2050. journal of environmental sciences 2015, 33: 88-96.

52. zheng, x.; wu, y.^*; jiang, j.; zhang, s.; liu, h.; song, s.; li, z.; fan, x.; fu, l.; hao, j.. characteristics of on-road diesel vehicles: black carbon emissions in chinese cities based on portable emissions measurement. environmental science & technology 2015, 49(22): 13492-13500.

53. guo, j.; liu, h.^*; jiang, y.; he, d.; wang, q.; meng, f.; he, k.^*. neighborhood form and co₂ emission: evidence from 23 neighborhoods in jinan, china. frontiers of environmental science & engineering 2014, 8(1): 79-88.

54. zhang, s.; wu, y.^*; liu, h.; huang, r.; yang, l.; li, z.; fu, l.; hao, j.. real-world fuel consumption and co₂ emissions of urban public buses in beijing. appled energy 2014, 113: 1645-1655.

55. zheng, b.; huo, h.; zhang, q.^*; yao, z.; wang, x.; yang, x.; liu, h.; he, k.^*. high-resolution mapping of vehicle emissions in china in 2008. atmospheric chemistry & physics 2014, 14(18): 9787-9805.

56. shen, x.; yao, z.; huo, h.; he, k.^*; zhang, y.; liu, h.; ye, y.. pm_2.5 emissions from light-duty gasoline vehicles in beijing, china. science of the total environment 2014, 487: 521-527.

57. zhang, s.; wu, y.^*; wu, x.; li, m.; ge, y.; liang, b.; xu, y.; zhou, y.; liu, h.; fu, l.; hao, j.. historic and future trends of vehicle emissions in beijing, 1998-2020: a policy assessment for the most stringent vehicle emission control program in china. atmospheric environment 2014, 89: 216-229.

58. zhang, s.; wu, y.^*; liu, h.; huang, r.; un, p.; zhou, y.; fu, l.; hao, j.. real-world fuel consumption and co₂ (carbon dioxide) emissions by driving conditions for light-duty passenger vehicles in china. energy 2014, 69: 247-257.

59. 李勇, 李振宇, 江玉林, 刘欢^*. 借鉴国际经验探讨城市交通治污减霾策略[j]. 环境保护, 2014, 42(2-3):75-77.

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