A pulse shape selection method to improve the timing properties of a large Ge(Li)-detector
Author:
Publisher
Elsevier BV
Subject
General Medicine
Reference7 articles.
1. Recent developments in subnanosecond timing with coaxial Ge(Li) detectors
2. MEASUREMENT OF THE VELOCITY FIELD CHARACTERISTIC OF ELECTRONS IN GERMANIUM
3. Collection Efficiency and Charge Carrier Losses in Coaxial and Planar Ge(Li) Detectors. Influence on the Time Resolution
4. Detailed Investigations on Abnormal Pulse Shapes in Ge(Li)-Detectors
5. Semiconductor detectors for nuclear spectrometry, I
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1. Time and Position Resolution of a Coaxial Germanium Detector by the Least-Squares Fitting of the Waveform;Japanese Journal of Applied Physics;1987-10-20
2. New isomers and their decay in odd-odd neutron-deficient cesium isotopes;Zeitschrift f�r Physik A Atoms and Nuclei;1983-09
3. Timing characteristics of pulses from Ge(Li) detector and their simulation by a Monte Carlo method;Nuclear Instruments and Methods in Physics Research;1983-06
4. Identification of some unplaced energies in 172Lu decay spectra by delayed coincidence measurements;Nuclear Instruments and Methods;1980-05
5. A Compton suppression spectrometer (CSS) for in-beam gamma-ray spectrometry;Nuclear Instruments and Methods;1979-07
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