Neutron detection in an experimental environment is not an easy science.

The solid is used as a phosphor for neutron detection.

There are two key aspects to effective neutron detection: hardware and software.

Helium-3 is a most important isotope in instrumentation for neutron detection.

The search for alternative neutron detection technologies has yielded satisfactory results.

Figure 1 shows the typical main components of the setup of a neutron detection unit.

Semiconductors have been used for neutron detection.

Neutron detection is used for varying purposes.

He then bought a health physics monitor to help his neutron detection and returned to Utah with it the next day, 15 February.

Particle physics: Neutron detection has been proposed as a method of enhancing neutrino detectors.

RPMs geared for interception of nuclear threats usually incorporate a neutron detection technology.

Neutron detection is the effective detection of neutrons entering a well-positioned detector.

The main components of background noise in neutron detection are high-energy photons, which aren't easily eliminated by physical barriers.

Dr. Takahashi, who is an expert on neutron detection, said he detected 20 percent more neutrons than would be expected to occur naturally.

Gamma radiation is detected, and in some cases complemented by neutron detection when sensitivity for nuclear material is desired.

Although sometimes facilitated by higher incoming neutron energies, neutron detection is generally a difficult task, for all the reasons stated earlier.

He (thermal neutron detection)

Even so, scintillation design has room for improvement as do other options for neutron detection besides scintillation.

Scintillating Li glass for neutron detection was first reported in the scientific literature in 1957 and key advances were made in the 1960s and 1970s.

Some nuclear materials, such as the weapons usable Plutonium-239, emit large quantities of neutrons, making neutron detection a useful tool to search for such contraband.

The neutron detection temperature, also called the neutron energy, indicates a free neutron's kinetic energy, usually given in electron volts.

Thus, photons cause major interference in neutron detection, since it is uncertain if neutrons or photons are being detected by the neutron detector.

A major challenge in fast neutron detection is discerning such signals from erroneous signals produced by gamma radiation in the same detector.

Its most stable isotope, Np, is a by-product of nuclear reactors and plutonium production, and it can be used as a component in neutron detection equipment.

The major challenges faced by modern-day neutron detection include background noise, high detection rates, neutron neutrality, and low neutron energies.