  Scintillators capable of detecting both neutrons and gamma-rays have
generated considerable interest. In particular, the use of such scintillators
with silicon photomultipliers (SiPMs) enables low-power and compact-geometry
applications. Three types of Li-loaded scintillators, CLYC, CLLB, and NaIL,
have been tested with a custom-designed SiPM array for temperatures between
--20 and 50$^{\circ}$C. The array consists of four 6x6~mm$^2$ SiPMs arranged in
a 2x2 configuration. Pulse shape discrimination is used for neutron and gamma
identification. Because the pulse shape changes with temperature, the quality
of neutron and gamma discrimination varies with temperature. Furthermore, the
larger dark current in SiPMs at high temperatures results in poorer energy
resolution and neutron-gamma discrimination. Comparison of the energy
resolution and the neutron-gamma discrimination for the three scintillators
coupled to the custom SiPM array will be discussed.
