In this report we have discussed two applications for digital pulse shape analysis in Ge detectors: Compton suppression and {gamma}-ray imaging. The Compton suppression aspect has been thoroughly studied during the past few years, and a real-time, laboratory-prototype system has been fielded. A summary of results from that set up have been discussed here. The {gamma}-ray imaging aspect, while not yet developed experimentally, looks very promising theoretically as the simulations presented here have shown. Experimental work currently underway at Berkeley (as discussed in section 4.3) should help further guide us towards the proper developmental path
High-resolution gamma-ray spectroscopy is one of the most powerful and sensitive tools to investigat...
The use of gamma ray emitting isotopes for clinical diagnosis is well established. It has led to the...
This work presents an approach for the development of a high resolution detection system suitable fo...
The work presented in this thesis has focused on the development of a low dose Compton camera for nu...
A Lawrence Livermore National Laboratory-developed pulse shape analysis (PSA) technique which perfor...
A simple technique for pulse shape discrimination in HPGe-detectors of the so-called BEGe type, base...
A simple technique for pulse shape discrimination in HPGe-detectors of the so-called BEGe type, base...
A simple technique for pulse shape discrimination in HPGe-detectors of the so-called BEGe type, base...
A novel Compton Scanner setup has been built, commissioned and operated at the Max-Planck-Institute ...
In this paper we address the design of a mixed analogue-digital processor for pulse-shape analysis o...
Abstract – To reduce background in experiments looking for rare events, such as the GERDA double bet...
A novel Compton Scanner setup has been built, commissioned and operated at the Max-Planck-Institute ...
The application of pulse shape analysis (PSA) and γ-ray tracking techniques has attracted a great de...
Pulse shape discrimination is an important handle to improve sensitivity in low background experimen...
There are several applications for which it is desirable to calculate the locations and energies of ...
High-resolution gamma-ray spectroscopy is one of the most powerful and sensitive tools to investigat...
The use of gamma ray emitting isotopes for clinical diagnosis is well established. It has led to the...
This work presents an approach for the development of a high resolution detection system suitable fo...
The work presented in this thesis has focused on the development of a low dose Compton camera for nu...
A Lawrence Livermore National Laboratory-developed pulse shape analysis (PSA) technique which perfor...
A simple technique for pulse shape discrimination in HPGe-detectors of the so-called BEGe type, base...
A simple technique for pulse shape discrimination in HPGe-detectors of the so-called BEGe type, base...
A simple technique for pulse shape discrimination in HPGe-detectors of the so-called BEGe type, base...
A novel Compton Scanner setup has been built, commissioned and operated at the Max-Planck-Institute ...
In this paper we address the design of a mixed analogue-digital processor for pulse-shape analysis o...
Abstract – To reduce background in experiments looking for rare events, such as the GERDA double bet...
A novel Compton Scanner setup has been built, commissioned and operated at the Max-Planck-Institute ...
The application of pulse shape analysis (PSA) and γ-ray tracking techniques has attracted a great de...
Pulse shape discrimination is an important handle to improve sensitivity in low background experimen...
There are several applications for which it is desirable to calculate the locations and energies of ...
High-resolution gamma-ray spectroscopy is one of the most powerful and sensitive tools to investigat...
The use of gamma ray emitting isotopes for clinical diagnosis is well established. It has led to the...
This work presents an approach for the development of a high resolution detection system suitable fo...