The dependence of collision dynamics between C60 and a hydrogen-terminated diamond（111） surface on the impinging energy of C60 has been studied by means of molecular dynamics simulations. The Brenner potential has been used to describe the interaction between atoms in the system composed of carbon and hydrogen. It is found that the C60 molecule is reflected intact at energies up to about 200eV. For medium impact energies

chemical reactions may occur. The formation of bonds between C60 and the surface of the target has been observed at energies about 300eV. Furthermore

the present study provides a microscopic explanation of the collision process and gives insight into the deposition mechanism of C60 on substrates.