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Axes determination for segmented true-coaxial HPGe detectors

by Volynets, O. , Petrov, P. , Abt, I. , Liu, J. , Caldwell, A. , Majorovits, B.

in Analysis / Anisotropy / Astronomy / Astrophysics and Cosmology / Axes (reference lines) / Crystallography / Current carriers / Detectors / Elementary Particles / Exact sciences and technology / Germanium / Hadrons / Heavy Ions / Measurement Science and Instrumentation / Nuclear Energy / Nuclear Physics / Occupancy / Physics / Physics and Astronomy / Quantum Field Theories / Quantum Field Theory / Silicon / Special Article - Tools for Experiment and Theory / String Theory / The physics of elementary particles and fields

2012

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Axes determination for segmented true-coaxial HPGe detectors

by Volynets, O. , Petrov, P. , Abt, I. , Liu, J. , Caldwell, A. , Majorovits, B.

2012

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Axes determination for segmented true-coaxial HPGe detectors

by Volynets, O. , Petrov, P. , Abt, I. , Liu, J. , Caldwell, A. , Majorovits, B.

2012

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Journal Article

Axes determination for segmented true-coaxial HPGe detectors

Volynets, O.,

Petrov, P.,

Abt, I.,

Liu, J.,

Caldwell, A.,

Majorovits, B.

2012

Overview

A fast method to determine the crystallographic axes of segmented true-coaxial high-purity germanium detectors is presented. It is based on the analysis of segment-occupancy patterns obtained by irradiation with radioactive sources. The measured patterns are compared to predictions for different axes orientations. The predictions require a simulation of the trajectories of the charge carriers taking the transverse anisotropy of their drift into account.

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Publisher

Springer-Verlag,Springer,Springer Nature B.V

Subject

Analysis

/ Anisotropy

/ Astronomy

/ Astrophysics and Cosmology

/ Axes (reference lines)

/ Crystallography

/ Current carriers