Several of the radioxenon detection systems developed for the International Monitoring System use betagamma coincidence detection to achieve high sensitivity. These systems use an arrangement of separate beta and gamma detectors to detect betagamma coincidence events...

Neutron-induced gamma emission and its detection using a pulsed neutron generator system is a recognized analytical technique for quantitative multi-elemental analysis. Traditional gamma-ray spectrometers used for this type of analysis are normally operated in either...

Large volume HPGe detectors are commonly used in applications that require good energy resolution and high detection efficiency, but are expensive and difficult to grow. Clover detectors consisting of 4 smaller crystals in a common cryostat are a possible alternative,...

Systems to monitor radioactive xenon in the atmosphere, part of an international network to detect nuclear weapons testing, often employ beta-gamma coincidence measurements to increase sensitivity. Existing coincidence systems use separate detectors for beta and gamma...

Devices to measure the amount of radioactive xenon in the atmosphere have been installed in several locations around the world as part of the International Monitoring System to detect nuclear weapons testing. These devices extract small samples of xenon from large...