{sup 92}Mo(n,xnypz{alpha}{gamma}) reactions for neutron energies up to 250 MeV

Excitation functions from the interaction of fast neutrons (up to an energy of 250 MeV) on a target of {sup 92}Mo have been measured. Yields have been determined for reaction {gamma} rays from {sup 88-92}Mo, {sup 88-92}Nb, {sup 86-91}Zr, {sup 84-86,88}Y, and {sup 80,82-86}Sr. These results are compared with model calculations using the GNASH code which takes into account compound nucleus, preequilibrium emission, multiple preequilibrium emission, and direct reaction contributions. The model calculations are in good agreement overall, but significant discrepancies emerge for some high-multiplicity, charged-particle-exit channels.