CryoFree, a gamma-ray spectrometer, has been built and successfully tested. This instrument is based on a planar germanium semiconductor detector and is optimized for high-resolution spectroscopy in the range of a 30 keV to a few hundred keV to detect U and Pu. The spectrometer is cooled with a mechanical cryocooler that obviates the need for liquid cryogen. Furthermore, the instrument is battery powered. The combination of mechanical cooling and battery operation allows high-resolution spectroscopy in a highly-portable field instrument. A description of the instrument along with its performance is given
The high precision gamma-ray spectrometer (GRS) is scheduled to be launched on the lunar polar orbit...
We review the current status of the development of Gamma-Ray Spectrometer (GRS) for the lunar missio...
We are developing high-resolution cryogenic gamma-ray spectrometers for nuclear science and non-prol...
A new class of hand-held, portable spectrometers based on large area (lcm2) CdTe detectors of thickn...
The Japanese lunar polar orbiter SELENE carries a gamma-ray spectrometer which uses a high-purity Ge...
We have integrated a small, highly-reliable, electro-mechanical cryo-cooler with a high-resolution g...
Physics experiments, environmental surveillance, and treaty verification techniques continue to requ...
The appearance of small-sized and powerful enough electric cryocoolers of various types on the ma...
Most nuclear materials in the nuclear energy, safeguards, arms control, and nonproliferation regimes...
This report describes progress on the construction of two ultra-low-background cryostats that are pa...
Portal monitors and mobile search systems are most effective in positive identification when constru...
This PhD thesis deals with the design of a gamma-ray spectrometer for the remote analysis of the che...
The high-precision gamma-ray spectrometer (GRS) on the lunar polar orbiter SELENE is designed to mea...
The subject of this thesis is the methodology used to characterize high-purity Germanium (HPGe) dete...
High resolution gamma spectroscopy is a tool used in nuclear security applications due to its achiev...
The high precision gamma-ray spectrometer (GRS) is scheduled to be launched on the lunar polar orbit...
We review the current status of the development of Gamma-Ray Spectrometer (GRS) for the lunar missio...
We are developing high-resolution cryogenic gamma-ray spectrometers for nuclear science and non-prol...
A new class of hand-held, portable spectrometers based on large area (lcm2) CdTe detectors of thickn...
The Japanese lunar polar orbiter SELENE carries a gamma-ray spectrometer which uses a high-purity Ge...
We have integrated a small, highly-reliable, electro-mechanical cryo-cooler with a high-resolution g...
Physics experiments, environmental surveillance, and treaty verification techniques continue to requ...
The appearance of small-sized and powerful enough electric cryocoolers of various types on the ma...
Most nuclear materials in the nuclear energy, safeguards, arms control, and nonproliferation regimes...
This report describes progress on the construction of two ultra-low-background cryostats that are pa...
Portal monitors and mobile search systems are most effective in positive identification when constru...
This PhD thesis deals with the design of a gamma-ray spectrometer for the remote analysis of the che...
The high-precision gamma-ray spectrometer (GRS) on the lunar polar orbiter SELENE is designed to mea...
The subject of this thesis is the methodology used to characterize high-purity Germanium (HPGe) dete...
High resolution gamma spectroscopy is a tool used in nuclear security applications due to its achiev...
The high precision gamma-ray spectrometer (GRS) is scheduled to be launched on the lunar polar orbit...
We review the current status of the development of Gamma-Ray Spectrometer (GRS) for the lunar missio...
We are developing high-resolution cryogenic gamma-ray spectrometers for nuclear science and non-prol...