Abstract
The photon spectrum associated with the internal bremsstrahlung of the nucleus 35S is computed. Relativistic Coulomb wave functions are used for the final states of the negaton. The Green function for the Dirac equation is computed using a potential based on a finite size nucleus of uniform charge density. The equivalence between the two methods of calculation originally proposed by Knipp and Uhlenbeck is proven. The results of our calculation agree with those of Mau. Since the present calculation includes Coulomb effects completely, the discrepancy between theory and experiment may now be attributed to either the neglecting of screening effects in the calculations or to experimental procedures.
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