The encapsulation of high-purity germnium detectors is very desirable in order to increase their versatility and reliability. However, rapid and extensive degradation is seen for all detectors made from detector grade crystals which are encapsulated in a simple vacuum. Extensive studies have shown that the cause of this degradation is hydrogen adsorption on the detector surface. There it causes the formation of a strong p/sup +/ inversion layer which in turn shunts the detector junction. Reliable encapsulation is shown to be achievable by the use of hydrogen-free germanium crystals. (auth
High Purity germanium point-contact detectors have low energy thresholds and excellent energy resolu...
The effect of evaporated ielectrics on real Ge surfaces has been investi-gated at 80 ~ Using high pu...
Advances in the development of protective impermeable encapsulants with high transparency to ultra-l...
High-purity germanium crystals used for making nuclear radiation detectors are usually grown in a hy...
For the first time, planar high-purity germanium detectors with thin amorphous germanium contacts we...
For the first time, planar high-purity germanium detectors with thin amorphous germanium contacts we...
Aiming at the production of HPGe diodes for gamma-ray detection, surface passivation of the pristine...
High-purity germanium (HPGe) radiation detectors are well established as a valuable tool in nuclear ...
High-purity germanium (HPGe) detectors used in space for gamma-ray spectroscopy in astrophysics and ...
Motivated by their applicability to gamma-ray spectroscopy experiments in space, quantitative studie...
High purity germanium (HPGe) is the key material for gamma ray detectors production. Its high purity...
Review contributionHigh purity germanium remains the material of choice for the detection of photon...
High-purity germanium detectors, widely employed in fields such as aerospace applications based on r...
High Purity Germanium detectors are used in many applications, from nuclear and astro-particle physi...
The goal of this project was to investigate possible ways of increasing the size of cryogenic Ge det...
High Purity germanium point-contact detectors have low energy thresholds and excellent energy resolu...
The effect of evaporated ielectrics on real Ge surfaces has been investi-gated at 80 ~ Using high pu...
Advances in the development of protective impermeable encapsulants with high transparency to ultra-l...
High-purity germanium crystals used for making nuclear radiation detectors are usually grown in a hy...
For the first time, planar high-purity germanium detectors with thin amorphous germanium contacts we...
For the first time, planar high-purity germanium detectors with thin amorphous germanium contacts we...
Aiming at the production of HPGe diodes for gamma-ray detection, surface passivation of the pristine...
High-purity germanium (HPGe) radiation detectors are well established as a valuable tool in nuclear ...
High-purity germanium (HPGe) detectors used in space for gamma-ray spectroscopy in astrophysics and ...
Motivated by their applicability to gamma-ray spectroscopy experiments in space, quantitative studie...
High purity germanium (HPGe) is the key material for gamma ray detectors production. Its high purity...
Review contributionHigh purity germanium remains the material of choice for the detection of photon...
High-purity germanium detectors, widely employed in fields such as aerospace applications based on r...
High Purity Germanium detectors are used in many applications, from nuclear and astro-particle physi...
The goal of this project was to investigate possible ways of increasing the size of cryogenic Ge det...
High Purity germanium point-contact detectors have low energy thresholds and excellent energy resolu...
The effect of evaporated ielectrics on real Ge surfaces has been investi-gated at 80 ~ Using high pu...
Advances in the development of protective impermeable encapsulants with high transparency to ultra-l...