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The contribution of the long and short range terms of the atom-atom interaction within nanocrystals has been investigated using three different models. Lennard-Jones, MieType, and Mie-type combined with Axilrod-Teller potential energy functions have been used for the comparison between the short and long range terms. Physical importance of these models can be understood by studying the behaviour of long and short range terms of these potentials. In this paper a study on these terms for BCC and FCC nanocrystals has been carried out. The study was conducted by computer simulation and predicted size dependence of the ratio of the short range to the long range terms. Mie-type combined with Axilrod-Teller potential successfully describes the mutual variation of long and short range terms.

An Investigation of the Long and Short Ranges Interactions in BCC and FCC Spherical Metallic Nanocrystals