  The response of a NE-213 liquid-scintillator detector has been measured using
tagged neutrons from 2--6 MeV originating from an Am/Be neutron source. The
neutron energies were determined using the time-of-flight technique.
Pulse-shape discrimination was employed to discern between gamma-rays and
neutrons. The behavior of both the fast (35 ns) and the combined fast and slow
(475 ns) components of the neutron scintillation-light pulses were studied.
Three different prescriptions were used to relate the neutron maximum
energy-transfer edges to the corresponding recoil-proton scintillation-light
yields, and the results were compared to simulations. Parametrizations which
predict the fast or total light yield of the scintillation pulses were also
tested. Our results agree with both existing data and existing
parametrizations. We observe a clear sensitivity to the portion and length of
the neutron scintillation-light pulse considered.
