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Excitation functions for 160 (ct, n) and 2~ (e, n) have been measured from threshold to 26 and 31 MeV compound excitation energy, respectively. The dominating compound states are interpreted as boson excitation modes of nuclei with e-particle structure.

The excitation function 24Mg(e, n)278i has been measured from threshold to 27 MeV excitation energy. A survey is given of the experimental excitation functions * 2C(e, n) a sO, 160(e, n)19Ne, Z~ n)Z3Mg and 24Mg(e, n)27Si and HF calculations have been made for them. The agreement is good within a factor of 2. The deviations of the experimental data from the pure statistical cross sections show common structures which can be interpreted as direct contributions.

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