As mentioned in the computational details section, the OW-OW and HW-HW RDFs were calculated using both the no field and the 0.6 V/nm intensity electric field data from the 𝛼-, 𝛽-, and 𝛾glycine simulations. This is done to observe whether any structural differences corresponding to ice Ic peaks , the form of ice observed to crystallize during electrofreezing , were observed. Although the growth and dissolution of nanocrystals in the presence of the electric field is a nonequilibrium process, any structural differences between the calculated distributions can be used to analyze the impact of the electric field vector on the water molecules. The resulting OW-OW and HW-HW RDFs are plotted below in figure . In all cases, the no field and 0.6 V/nm intensity electric field RDFs are nearly identical, implying that the structure of water is at most only weakly impacted by the applied electric field intensity. This is consistent with the analysis of Yan, Overduin, and Patey who found that the structure of six-site liquid water remains qualitatively unchanged by polarization due to the electric field . Furthermore, the structural and quantitative similarities between the RDFs show that electrofreezing did not occur to an observable extent, as the RDFs would show similarity with the ice Ic RDF , and not that of liquid water.