Quantum-state-resolved studies of aqueous evaporation dynamics: NO ejection from a liquid water microjet

M. Ryazanov and Nesbitt, D. J., The Journal Of Chemical Physics 150, 044201 (2019).

Low-Energy CO Scattering at the Gas–Liquid Interface: Experimental/Theoretical Evidence for a Novel Subthermal Impulsive Scattering (STIS) Channel

T. Large and Nesbitt, D. J., The Journal Of Physical Chemistry C 124, 28006–28017 (2020).

Nonadiabatic Dynamics at the Gas–Molten Metal Interface: State-to-State Resolved Scattering of NO from Hot Gallium (600–1000 K)

A. M. Zutz, Peterson, K. A., and Nesbitt, D. J., The Journal Of Physical Chemistry C 125, 341-353 (2021).

State-Resolved Studies of OCS Scattering at the Gas−Liquid Interface: Tests of Landau−Teller/Rapp Theory for Rotational vs Vibrational Energy Transfer

T. A. L. Large, The Journal Of Physical Chemistry C 125, 22786-22796, (2021).

Non-equilibrium dynamics at the gas-liquid interface: State-resolved studies of NO evaporation from a benzyl-alcohol liquid microjet

M. Ryazanov and Nesbitt, D. J., Journal Of Chemical Physics 158, 144703 (2023).

Nonequilibrium Scattering/Evaporation Dynamics at the Gas-Liquid Interface: Wetted Wheels, Self-Assembled Monolayers, and Liquid Microjets

D. J. Nesbitt, Zolot, A., Roscioli, J., and Ryazanov, M., Accounts Of Chemical Research 56, 700 (2023).

Quantum-State-Resolved Scattering of OCS at the Gas-Liquid Interface: Hyperthermal versus Thermal Vibrational Equilibration Dynamics in Polyatomics

T. A. L. Large and Nesbitt, D. J., The Journal Of Physical Chemistry C 127, 18586 (2023).