V/nm for each nanocrystal. These field intensities are lower than the 5 V/nm field intensity necessary for a 1% change in the total dipole moment of liquid water, rendering induced polarization immaterial to the results stated herein. Future work towards incorporating polarizability into molecular mechanics force fields, that reproduce the enthalpy of solvation of organic molecules in various solvents, will allow for the accurate simulation of crystallization under time-dependent, and not only static, electric field vectors .