Solvation dynamics of a charge bubble in water
Click here to view fulltext PDF
A microscopic theory is used to calculate the solvation-time correlation function, (S(t)), of a light, non-stationary charge bubble in water. The calculated correlation function is found to be similar to the energy-time correlation function of a solvated electron. The ionic mobility of a charge bubble of the size of the hydrated electron is also calculated. It is found that the mobility of the charge plays a very important role in its own solvation.
Ranjit Biswas1 Biman Bagchi1 2
Volume 135, 2023
Continuous Article Publishing mode
Click here for Editorial Note on CAP Mode