Abstract
The pressure dependent changes in transition temperature (Tc) of alkali doped C 60 superconductor has been studied theoretically considering the combination of phonon mediated mechanism and high energy electronic interaction mechanism. The latter mechanism involves bond polarization in interaction with conduction electrons. The expression for Tc, isotope effect coefficient (α) and (dTc/dP)P has been obtained to explain the observed experimental results of alkali doped C 60. A good agreement has been found in experimental (Tc) and (dTc/dP)P = 0 values and calculated values.
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