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s: The importance of the classical limit of the maximum rotational energy transfer, (∆E)max, has been reviewed for a two dimensional hard ellipsoid potential model over a wide range of energies, reduced mass of the system, potential functions and potential parameters for the F2-He system. It has been found that (∆E)max, predicted by the hard ellipsoid potential is comparable to a well-known parameter lΔEl * given by the two parameter Power- gap law. The numerical equivalence of (∆E)max and lΔEl * has been verified for various types of potential surfaces, collision energy and the mass of the system. Such equivalence suggests that the value of (∆E)max can be used as one parameter lΔEl * of the power -gap law.

The maximum amount of rotational energy transfer in F2-He system and hard ellipsoid potential model.