Abstract
We have carried out molecular dynamics simulation ofice-core/water interface to identify and effective parameter about release of supercooling. In this paper, we examine the change in RDF (radial distribution function) for ice-core, the temperature distribution, and the interaction between ice-core and water phase. The results show that the time change in angular moment is different from that in translational moment, and that the fluctuation of angular kinetic energy for water is closely related to the potential energy fluctuation. By considering these results and well-known effective methods for release of supercooling, we expect that an effective parameter for the release of supercooling is to control angular kinetic energy.
