Ge Ruggedized

Detectors

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Ge Ruggedized

Detectors

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Germanium detectors represent the best choice when high resolution gamma spectroscopy is required for accurate nuclide identification and quantification.

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Features

Hardened design, shock and vibration resistant
Adapted cooling devices (electrical coolers)
Multiple references in space missions (Integral, Mars Orbiter, Selene...)
Encapsulation techniques allowing easy exchange of each individual detector when mounted in arrays
Dedicated shapes and materials for cryostats (hexagonal cutting, titanium light weight capsules, telescope mount, etc.)
Large choice of N-type detectors and associated annealing accessories for on-site repair after radiation damage
Ultra High Vacuum for the best reliability
Waterproof design for outdoor use
Easy to decontaminate

Description

Germanium detectors represent the best choice when high resolution gamma spectroscopy is required for accurate nuclide identification and quantification.

However, some potential problems can compromise the use of these technologies when the spectroscopy system is intended to be used in harsh environments such as:

Shock and vibration (transportation by trucks, separation of space launcher stages)
Industrial use in sites where liquid nitrogen is not available for detector refilling
Extreme climatic conditions (underwater operation, very high or low temperatures, etc.) in industrial or space environments

The combination of Mirion's extensive experience with the evolution of new technologies (encapsulation, ultra high vacuum, waterproof design, shock absorption devices) make us the world leader in scientific and special applications involving HPGe detectors.

Our Mirion expertise allows our specialists to deliver outstanding and reliable detection instruments for the most demanding industries and research centers. Researchers have come to depend on these specialized instruments for their most critical experiments and studies.