In this work we present the first results of a detector characterization technique named Pulse Shape Comparison Scan (PSCS), applied to a large volume segmented HPGe detector of the AGATA array. The experimental data were collected with the Liverpool University scanning system. Processing two sets of singles scan data acquired with a 137Cs (662 keV) gamma collimated source (with the collimation lines perpendicular one in respect to the other), it has been possible to extract the position response of 4 detector segments. \ua9 2010 IEEE
Recent developments of electrical segmentation of HPGe detectors, coupled with digital electronics h...
A flexible program to calculate the pulse shapes from highly segmented HPGe detectors of various geo...
The AGATA Detector Library (ADL) was developed for the calculation of signals from highly segmented ...
A novel technique for measuring a HPGe detector pulse shape as a function of the γ-ray interaction p...
A novel technique for measuring a HPGe detector pulse shape as a function of the -ray interaction po...
The core principle of segmented gamma-tracking germanium detector arrays like AGATA and GRETA, that ...
Abstract A pulse shape analysis (PSA) algorithm for segmented HPGe detectors is discussed and some...
International audienceThe performance of the Pulse-Shape Analysis (PSA) in AGATA HPGe detectors was ...
International audienceScanning tables use collimated gamma-ray sources to perform full volume charac...
This work presents an approach for determining the interaction position of gamma rays in highly segm...
International audienceFor the first time, bases of signals delivered by highly segmented HPGe detect...
International audienceMonte Carlo simulations are used to test the Pulse Shape Comparison Scanning (...
For the first time, bases of signals delivered by highly segmented HPGe detectors, for identified hi...
Abstract A study of the performance of a cylindrical HPGe detector segmented in 25 segments is pre...
Recent developments of electrical segmentation of HPGe detectors, coupled with digital electronics h...
A flexible program to calculate the pulse shapes from highly segmented HPGe detectors of various geo...
The AGATA Detector Library (ADL) was developed for the calculation of signals from highly segmented ...
A novel technique for measuring a HPGe detector pulse shape as a function of the γ-ray interaction p...
A novel technique for measuring a HPGe detector pulse shape as a function of the -ray interaction po...
The core principle of segmented gamma-tracking germanium detector arrays like AGATA and GRETA, that ...
Abstract A pulse shape analysis (PSA) algorithm for segmented HPGe detectors is discussed and some...
International audienceThe performance of the Pulse-Shape Analysis (PSA) in AGATA HPGe detectors was ...
International audienceScanning tables use collimated gamma-ray sources to perform full volume charac...
This work presents an approach for determining the interaction position of gamma rays in highly segm...
International audienceFor the first time, bases of signals delivered by highly segmented HPGe detect...
International audienceMonte Carlo simulations are used to test the Pulse Shape Comparison Scanning (...
For the first time, bases of signals delivered by highly segmented HPGe detectors, for identified hi...
Abstract A study of the performance of a cylindrical HPGe detector segmented in 25 segments is pre...
Recent developments of electrical segmentation of HPGe detectors, coupled with digital electronics h...
A flexible program to calculate the pulse shapes from highly segmented HPGe detectors of various geo...
The AGATA Detector Library (ADL) was developed for the calculation of signals from highly segmented ...