Abstract
The binding energy parameter plays an important role in common envelope (CE) evolution. Previous works have already pointed out that varies throughout the stellar evolution, though it has been adopted as a constant in most of the population synthesis calculations. We have systematically calculated the binding energy parameter for both Population I and Population II stars of masses $1-20 M_{\sun}$, taking into account the contribution from the internal energy of stellar matter. We present fitting formulae for that can be incorporated into future population synthesis investigations. We also briefly discuss the possible applications of the results in binary evolutions.
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