| 仓怀文，李杭，黄卫，张远智，李京华，王卫国*，李海洋* |
基于脉冲波形调控离子分布提升离子迁移谱性能的研究 |
分析化学， 2067-2074 |
| Chuting Xu, Huiwen Ruan, Wei Huang ,Haiyang Li* |
Triboionization in Discontinuous Atmospheric Pressure Inlet for a Miniature Ion Trap Mass Spectrometer |
Analytical Chemistry， 15897-15907 |
| Hanwei Li，Jichun Jiang，Lei Hua*，Ping Chen，Yuanyuan Xie，Zhigang Fan，Ditian，Haiyang Li* |
Photoionization-induced NO+ chemical ionization time-of-flight mass spectrometry for rapid measurement of aldehydes and benzenes in vehicles |
Talanta， 122722-122722 |
| Yao Xiao，Xin Wang，Enyou Li，Yiping Liu，Dandan Jiang，Mei Li，Chuang Chen，Haiyang Li* |
Rapid Quantitative Determination of Blood Propofol Concentration throughout Perioperative Period by Negative Photoionization Ion Mobility Spectrometer with Solvent-assisted Neutral Desorption |
Analytica Chimica Acta， 118-126 |
| Ningbo Wan，Jichun Jiang，Fan hu，Ping Chen，Kaixin Zhu，Dehui Deng，Yuanyuan Xie，Chenxin Wu，Lei Hua*，Haiyang Li* |
Nonuniform Electric Field-Enhanced In-Source Declustering in High-Pressure Photoionization/Photoionization-Induced Chemical Ionization Mass Spectrometry for Operando Catalytic Reaction Monitoring |
Analytical Chemistry， 2207-2214 |
| 徐一仟, 杨其穆, 蒋丹丹, 厉梅, 王卫国, 陈创, 李海洋* |
超高分辨离子迁移谱技术及应用进展 |
质谱学报，42，609-622 |
| Dandan Jiang，Chuang Chen，Weimin Wang，Weiguo Wang，Mei Li，Xin Wang，Pingyi Liu，Enyou Li，Haiyang Li* |
Breath-by-breath measurement of intraoperative propofol by unidirectional anisole-assisted photoionization ion mobility spectrometry via real-time correction of humidity |
Analytica Chimica Acta，1150，338223-338223 |
| Jichun Jiang，Lei Hua，Yuanyuan Xie，Yixue Cao，Yuxuan Wen，Ping Chen，Haiyang Li* |
High Mass Resolution Multireflection Time-of-Flight Secondary Ion Mass Spectrometer |
Journal of the American Society for Mass Spectrometry， 1196-1204 |
| Li Yang , Jiang Dandan , Zhao Kun , Li Enyou , Liu Yiping , Chen Chuang , Wang Weiguo and Li Haiyang |
Real-time continuous measurement of intraoperative trace exhaled propofol by planar differential mobility spectrometry |
Analytical Methods. 2021.13(23): 2624-2630 |
