Molecular dynamics simulation of structural changes of Ag965 clusters during freezing

The structural transitions of Ag-965 clusters during two different quenching processes (Q1:1.0x10(14) Kis, Q2: 1.0x10(12) K/s) were studied using molecular dynamics simulations. This work gives the structure properties including the variations with temperature of pair-correlation function, bond-angle distribution function, bond pairs and bond orientational order parameters in both rapid quenching processes. Our results indicated that the liquid Ag-965 was frozen into amorphous structure at 100 K under the quenching condition Q1. While the liquid Ag-965 transformed to hexagonal close-packed (hcp) phase at the temperature 100 K under the quenching condition Q2.These instructions give you basic guidelines for preparing papers for conference proceedings.