Sensitive and fast detection of neutrons and gamma rays is vital for homeland security, high‐
energy physics, and proton therapy. Fast‐neutron detectors rely on light organic scintillators …

Neutron imaging is a powerful nondestructive examination modality that has been employed
in various applications. Fast neutrons provide advantages over lower energy neutrons, such …

X-ray detection is critical for applications in medical diagnosis, industrial inspection, security
checks, scientific inquiry and space exploration. Recent advances in materials science …

A fast neutron tomography imaging instrument has been designed, built, and tested at The
Ohio State University 500 kW Research Reactor on a fast neutron beamline with a peak …

The Ohio State University Research Reactor's (OSURR) fast neutron beamline is aimed to
meet the growing demand for high flux and well-collimated neutron sources for fast neutron …

The miniaturization and usability of radiation detectors make it increasingly possible to use
mobile instruments to detect and monitor gamma radiations. Here, a Bluetooth-based mobile …

Fast neutron Computed Tomography (nCT) is a powerful and non-invasive imaging modality
that can be used to examine features and defects within low Z elements (such as plastic) …

The development of highly efficient plastic scintillators for neutron/gamma pulse shape
discrimination is a matter of current interest. This is generally achieved using two …

Recent material advancements in organic plastic scintillators enable marked increases in
material detection efficiency, light yield, and pulse shape discrimination properties. These …

Purpose A portable fast-neutron imaging system is being developed to provide
complementary information to field X-ray imaging. Applications include inspection of …