Publication

Global Scale: Aerosol Model Development and Evaluation
  1. Li X., Ginoux P. A new parameterization to separate coarse and fine mode aerosol optical depth at regional and global scale. In prep. 
  2. Li X., Paulot F., Ginoux P. Development and evaluation of a new multiconfiguration aerosol microphysical module in GFDL’s atmospheric model (AM4.0). In prep. 
Process Scale: Ice Nucleating Particles and Aerosol-Cloud Interaction
  1. Li X., Wolf M., Shen X., Steinke I., Lai Z., Niu S., China S., Shrivastava M., Zhang Z., Gold A., Surratt  J. D., Bourg I. C., Cziczo D. J., Burrows S., Zhang Y. Quantifying and Modeling the Impact of Phase State on the Ice Nucleation Abilities of 2-Methyltetrols as a Key Component of Secondary Organic Aerosol Derived from Isoprene Epoxydiols. Environmental Science & Technology, in review.
  2. Li X., Wolf M., Shen X., Zhang Z., Gold A., Surratt J. D., Bourg I. C., Cziczo D. J., Zhang Y. Quantifying and parameterizing the impact of phase state on the ice nucleation abilities of organic aerosols. In prep. 
Molecular Scale: Aerosol Properties and Interfacial Chemistry
  1. Li X., Bourg I.C. Hygroscopic growth of adsorbed water films on smectite clay particles. Environmental Science & Technology 58(2), 1109-1118 (2024).
  2. Li X.  Water, salt, organics, and minerals: improved understanding of aerosol microphysics from a nanoscale basis. Princeton University (2023).
  3. Li X., Bourg I.C. Phase state, surface tension, water activity, and accommodation coefficient of water-organic clusters near the critical size for atmospheric new particle formation. Environmental Science & Technology 57(35), 13092–13103 (2023).
  4. Li X., Bourg I.C. Microphysics of liquid water in sub-10 nm ultrafine aerosol particles. Atmospheric Chemistry and Physics 23, 2525-2556 (2023).
Other Research: Interfacial Chemistry for Energy System
  1. Wu Y., Li P., Yan B., Li X. et al. A Salt-Induced Tackifying Polymer for Enhancing Oil Recovery in High-Salt Reservoirs: Synthesis, Evaluation, and Mechanism. Green Energy & Environment, 10, 006 (2023).
  2. Zhou S., Zhang D., Wang H., Li X. A modified BET equation to investigate supercritical methane adsorption mechanisms in shale. Marine and Petroleum Geology, 105, 284-292 (2019).