Add to ORKGLithium drifted germanium detectors have been prepared for use as high resolution gamma ray spectrometers. The fabrication procedure and the problems which can arise during preparation are discussed in detail. Using the techniques described, germanium detectors having the following characteristics were prepared. Active Volume 1.0 cm³ 0.5 cm³ 2.0 cm³ 1.7 cm³ Total Resolution at 661 keV 5.0 KeV 4.0 KeV 4.0 KeV 2.9 KeVScience, Faculty ofPhysics and Astronomy, Department ofGraduat
This work deals with the development of a new gamma detector based on Silicon Drift Detectors (SDDs)...
A gamma ray spectrometer is described which uses a lithium drifted germanium diode or a sodium iodid...
'The objective of this research is the development of high resolution germanium detector systems for...
Lithium drifted germanium detectors have been prepared for use as high resolution gamma ray spectrom...
Factors which determine performance of lithium-drifted semiconductor radiation detectors, particular...
The development of a high-resolution gamma ray spectrometer incorporating a germanium lithium-drift ...
Fabrication and development of annular lithium drifted germanium detector for studying nuclear react...
Drifting a thick lithium-drifted counter (silicon and germanium) is a time-consuming operation that ...
Germanium crystals used for γ-ray detectors frequently exhibit slow or non-uniform lithium-ion drift...
We present the initial results of the first germanium strip detector array for the imaging and high-...
Resolution and efficiency of two lithium-drifted germanium detectors using gamma-ray source
In order to overcome the energy barrier of 20 keV X-rays, only high-Z materials can provide suffici...
The aim of this master thesis was to develop a rotation-based collimation system for large coaxial h...
This work describes the development of a gamma detector based on silicon drift detectors (SDDs) to r...
The successful development of lithium-drifted Ge detectors in the 1960's marked the beginning of th...
This work deals with the development of a new gamma detector based on Silicon Drift Detectors (SDDs)...
A gamma ray spectrometer is described which uses a lithium drifted germanium diode or a sodium iodid...
'The objective of this research is the development of high resolution germanium detector systems for...
Lithium drifted germanium detectors have been prepared for use as high resolution gamma ray spectrom...
Factors which determine performance of lithium-drifted semiconductor radiation detectors, particular...
The development of a high-resolution gamma ray spectrometer incorporating a germanium lithium-drift ...
Fabrication and development of annular lithium drifted germanium detector for studying nuclear react...
Drifting a thick lithium-drifted counter (silicon and germanium) is a time-consuming operation that ...
Germanium crystals used for γ-ray detectors frequently exhibit slow or non-uniform lithium-ion drift...
We present the initial results of the first germanium strip detector array for the imaging and high-...
Resolution and efficiency of two lithium-drifted germanium detectors using gamma-ray source
In order to overcome the energy barrier of 20 keV X-rays, only high-Z materials can provide suffici...
The aim of this master thesis was to develop a rotation-based collimation system for large coaxial h...
This work describes the development of a gamma detector based on silicon drift detectors (SDDs) to r...
The successful development of lithium-drifted Ge detectors in the 1960's marked the beginning of th...
This work deals with the development of a new gamma detector based on Silicon Drift Detectors (SDDs)...
A gamma ray spectrometer is described which uses a lithium drifted germanium diode or a sodium iodid...
'The objective of this research is the development of high resolution germanium detector systems for...