Untagged gamma-ray and tagged-neutron yields from 241 AmBe and 238 PuBe mixed-field
sources have been measured. Gamma-ray spectroscopy measurements from 1 to 5 MeV …

We discuss the potential for neutron spectrometers at novel accelerator driven compact
neutron sources. Such a High Brilliance Source (HBS) relies on low energy nuclear …

A previously reported evaluation of 235U (n, f) in the fast neutron energy range was updated
to include data published up to the 1978 Harwell Conference on Neutron Physics. The …

Six neutron sources are available for research in North America. The facilities are funded by
their respective governments as user-facilities. User proposals are accepted on a regular …

Isotope radiation sources are an appealing alternative to accelerator sources because of
their relative simplicity and reliably predictable performance. However, their use also …

The nuclear design parameters in the construction of a monoenergetic laboratory neutron
source have been evaluated. The most promising reaction was 13 C (α, n) 16 0, employing …

In this study, the neutron emission rate from neutron sources using prompt gamma rays in
hydrogen was determined, and several improvements were applied. Using Monte Carlo …

The Advanced Neutron Source (ANS) is to be a new user experimental facility for all fields of
neutron research. The most important scientific justification for the ANS Project is to provide …

Abstract 252 Cf neutron sources are particularly convenient, and therefore widely used, to
characterize and calibrate many kinds of neutron detectors for both scientific and …

In this study, experiments were designed and performed to determine $\nu $ for U-235, Np-
237 and Am-243 in a fast neutron spectrum. Neutron emission measurements were …