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Professor David Parker applies molecular and laser physics to fundamental research into molecular photodissociation and collision dynamics. His group invented the velocity map imaging technique which is now applied worldwide in molecular dynamics research. The main research areas are inelastic scattering, VUV photoionization and photodissociation of molecules relevant to astrochemistry. Recently a new research line has started in the department on ice-surface interactions using velocity map imaging detection.
He also carries out applied research into trace gas detection together with Frans Harren. The development of ultra-sensitive detectors is central to both fields.
He also carries out applied research into trace gas detection together with Frans Harren. The development of ultra-sensitive detectors is central to both fields.
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The Journal of Physical Chemistry A (2024)
Yaling Wang,Yunfan Zhao,Ning Zhang, Wenxin Wang, Liru Hu,Chang Luo,Daofu Yuan,Xiaoguo Zhou,David H Parker,Xueming Yang,Xingan Wang
The Journal of chemical physicsno. 8 (2024)
Zhongfa Sun,Zahid Farooq, Zhichao Chen,Zhengbo Qin,Yaxiong Wei, Zefeng Hua,Xinyan Yang, Xinsheng Xu,Xianfeng Zheng,David H Parker
The journal of physical chemistry. A (2024)
Physical chemistry chemical physics : PCCPno. 27 (2023): 17828-17839
The Journal of chemical physicsno. 16 (2023)
Journal of Chemical Physicsno. 16 (2023)
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Molecular Physicsno. 17-18 (2023)
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