Progress in the development and characterization of position- and n/$\gamma$-discriminating neutron detector modules*

We present progress in the development of a neutron-detector array consisting of modules made from $\emph{p}$-terphenyl, a bright, fast, n/$\gamma$-discriminating solid organic scintillator. The module is comprised of 2x2x2cm$^3$ $\emph{p}$-terphenyl crystals that have been optically-coupled lengthwise to create a pseudo-bar module. While only relying on a photomultiplier tube on each end, the detector module is capable of distinguishing interactions between six or more crystals while maintaining the scintillator's pulse-shape discrimination (PSD) capability down to $\sim$150keVee. Here we present the PSD, position-discrimination, and timing-resolution characteristics of a single module. Additionally, the progress on array construction and the planned commissioning experiment will be briefly discussed.