To date, the static field intensities simulated in this work are larger than what has been experimentally applied to glycine crystallization systems, where glycine crystallization from solution has been studied under a 0.005 V/nm static electric field intensity from a 4500 V battery source . However, these intensities are in line with electric field intensities implemented in MD studies, which are on the order of 1 V/nm, as outlined in the introduction. Despite these large field strengths, the system remains in the linear response regime, where electric field induced forces are no more than a few percent of the intrinsic forces , and the energy of the electric field molecule interaction is only a few multiples of the thermal energy.