Insights on the Working Principles of Secondary ElectrosprayIonization High‑Resolution Mass Spectrometry for QuantitativeAnalysis of Aerosol Chemical Composition
Xin Xu, · Jia Fa Zeng, · Dan Dan Jin,· Zheng Xu Huang, · Lei Li,·Anthony S. Wexler, · Man Nin Chan, ·Zhen Zhou, · Yong Jie Li and Xue Li
we demonstrated the working principles of secondary nanoelectrospray ionization (Sec-nESI) for real-time measurement of laboratory-generated organic aerosols using l-tartaric acid (TA) as a model compound. Factors affecting the detection of TA particles using a homemade Sec-nESI source coupled with a high-resolution mass spectrometer are systematically investigated.
Evolution of indoor cooking emissions captured by using secondary electrospray ionization high resolution mass spectrometry
Jiafa Zeng, Zhujun Yu, Majda Mekic, Jiangping Liu, Sheng Li, Gwendal Loisel, Wei Gao, Adrien Gandolfo, Zhen Zhou, Xinming Wang, Hartmut Herrmann, Sasho Gligorovski, and Xue Li.
Cooking emissions represent a major source of air pollution in the indoor environment and exhibit adverse health effects caused by particulate matter together with volatile organic compounds (VOCs).
Real-Time Chemical Analysis of E-Cigarette Aerosols by Means of Secondary Electrospray Ionization Mass Spectrometry
D. Garcia-Gomez, T. Gaisl, C. Barrios-Collado, Guillermo Vidal-de-Miguel, M. Kohler and R. Zenobi
Chemical analysis of aerosols collected from electronic cigarettes (ECs) has shown that these devices produce vapors that contain harmful and potentially harmful compounds. Conventional analytical methods used for the analysis of electronic cigarettes do not reflect the actual composition of the aerosols generated because they usually neglect the changes in the chemical composition that occur during the aerosol generation process and after collection.