实验室双方已联合完成国家级项目3项、省部级项目1项和欧盟重大研究项目1项,正联合开展国家和省部级科研项目9项。
已完成项目
Project
|
Source
|
Host Unit
|
Fund (Mil.)
|
Fate and Impact of Atmospheric Pollutants (AMIS)
|
European Union, FP-7
|
Jülich
|
270
|
EUROCHAMP-II
|
European Union, FP-7
|
Jülich
|
350
|
Pan-European Gas-AeroSOls-climate interaction Study (PEGASOS): WP2.2 Airborne study
|
European Union, FP-7
|
Jülich
|
1700
|
Monitoring and assessment of regional air quality in China using space observations, Project of long-term sino-european co-operation (MarcoPolo)
|
European Union, FP-7
|
Peking University
|
160
|
Chemical Characteristics of Free Radicals and New Particle Formation under Air Pollution Complex
|
NSFC
|
Peking University
|
360
|
Closure Measurement Technology of Regional Secondary Air Pollution and Joint Prevention and Control Mechanism
|
MoST
|
Peking University
|
784
|
Integrated prevention and control technology and integrated demonstration of air pollution complex in key urban clusters-subject: simulation, prediction technology and application of regional air pollution complex
|
MoST
|
Peking University
|
2200
|
正在进行的研究项目
Project
|
Source
|
Host Unit
|
Fund (Mil.)
|
Atmospheric oxidation in YRD: quantification and chemical mechanism development
|
NSFC
|
Peking University
|
323
|
Degradation Mechanism of Atmospheric Reactive Organic Compounds and Its Environmental Effects
|
MoST
|
Peking University
|
3500
|
Integrated Observation of Atmospheric Environment of East China and Data Sharing Technique
|
MoST
|
Peking University
|
3000
|
Measurement Techniques for Atmospheric Radicals and Their Reactive Precursors
|
MoST
|
Peking University
|
2150
|
"Interaction among materials and their flux effects in rivers" Innovative Research Group
|
NSFC
|
Peking University
|
1200
|
Ecological Mechanism and Regulation of Nitrate pollution in Water Source Area of South-to-North Water Diversion Middle Route
|
NSFC
|
Peking University
|
346
|
Monitoring of All Material Fluxes in Yarlung Zangbo River and Lancang River
|
NSFC
|
Peking University
|
400
|
Construction and Assessment of Ecological-Waterway System in Yangtze River
|
MoST
|
Peking University
|
365
|
Internationales Deutsch-Chinesisches Labor für Atmosphären Forschung
|
German BMBF
|
Jülich
|
800
|