Date   of Birth

1981.10

Professional   Title

Professor

E-mail

yongpan@njtech.edu.cn

Research   Fields

Hazardous Chemicals and Chemical Process Safety

Personal   Profile

Successively   presided over two projects supported by National Key R & D Program and   three projects supported by the National Natural Science Foundation of China   (NSFC); published 56 SCI papers in Green Chem. and other journals as   the first author or corresponding author with 1240   citations in total; held 2 academic publications,   7 nationally authorized invention patents and 2 PCT   patents; participated in the formulation of 2 national industry   standards for safety production; won a second   prize of the   State Scientific and Technological Progress Award.

Representative   Research Projects / Works / Papers

Selected Projects:

[1] Supported by National Key R & D Program,   Emergence Mechanism and Safety Risk Prevention System of Road Transport   Accidents of Hazardous Materials, 2017.07-2021.06, Completed, Project Leader

[2] General Program of NSFC, Quantitative   Structure-Thermostability Relationship and Thermal Decomposition Mechanism of   Binary Mixtures of Ionic Liquids, 2020.01-2023.12, In Progress, Project Leader

Selected Publications:

[1] Jiang Juncheng, Pan Yong. Inherently Safer   Chemical Process Design. Chemical Industry Press, 2020

Selected Papers：

[1] Qi RH, Pan Y*, Cao JK, Yuan BL, Wang   YJ, Jiang JC. Toward comprehension of the cytotoxicity of heterogeneous TiO₂-based   engineered nano particles: a nano-QSAR approach. Environmental Science: Nano, 2021,8: 927-936.

[2] Cao JK, Pan Y*, Jiang YT, Qi RH, Yuan   BL, Jia ZH*, Jiang JC*, Wang QS. Computer-aided nano toxicology: Risk   assessment of metal oxide nano particles via nano-QSAR. Green   Chemistry, 2020, 22（11）: 3512-3521.

[3] Cao W, Pan Y*, Liu YL, Jiang JC. A   novel method for predicting the flash points of binary mixtures from   molecular structures. Safety Science, 2020, 126:104680.

[4] Shen SJ, Pan Y*, Ji XK, Ni YQ Jiang JC.   Prediction of the auto-ignition temperatures of binary   miscible liquid mixtures from molecular structures. International Journal of Molecular Sciences, 2019, 20(9): 2084-2093.