Abstract
Relative neutron total cross-sections of 235U have been measured in the neutron energy range between 10 and 100 keV with a time-of-flight resolution of 0·3 nsec(m. Strong structure is observed in the total cross-section, which is at least partly in agreement with the structure observed recently in high resolution fission cross-section measurements, thus indicating that the latter is at least in part due to the entrance rather than the fission channel. A Monte Carlo simulation of the total cross-section shows that its structure may be fully explained in terms of pure resonance parameter statistics.
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