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The yield of the nuclear reaction C13(d, n)N14 has maximum magnitudes at the following values of kinetic energy Ti of bombarding deuterons: 0.60, 0.90, 1.55, and 1.80 MeV. Making use of the table of atomic masses, find the corresponding energy levels of the transitional nucleus through which this reaction proceeds.

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The reaction is

Maxima of yields determine the energy levels of N15 *. As in the excitation energy is

where Ek = available kinetic energy. This is found is as in the previous problem. The velocity of the centre of mass is

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