Add to ORKGThe performance test of a CsI(Tl) crystal (70x27x23 mm(3)) was performed by applying the pulse shape discrimination technique for identification of light charged particles. The crystal is coupled to a photomultiplier tube during an experiment with He-6 beam. The pulse waveform is fully recorded by employing a high precision digital oscilloscope. The fast and slow gates are used for the pulse shape discrimination and the best values for the gate widths were determined to be 0.5 mu s and 1.67 mu s, respectively. The He-6, He-4 and He-3 are successfully discriminated with this technique.Nuclear Science & TechnologyPhysics, NuclearSCI(E)中国科学引文数据库(CSCD)0ARTICLE135-382
Modern experimental setups tend to replace analogue front-end electronics with fully digital systems...
A method for the intrinsic energy calibration of photomultiplier-coupled CsI(Tl) detectors is descri...
Comparison of different pulse shape discrimination methods for BC400/BGO phoswich and CsI:Tl detecto...
Cylindrical CsI(T1) scintillators of 38 mm diameter and 100 mm length read out with PIN diodes of 40...
We investigated the merits of different event parameters in the identification of Light Charged Part...
Pulse shape discrimination with pure CsI scintillators is investigated as a method for separating en...
ABSTRACT A phoswich or sandwich-type scintillation detector consisted of a thin layer of ZnS(Ag) an...
Modern experimental setups tend to replace analogue front-end electronics with fully digital systems...
Pulse shape analysis for light particles (Z 64 2) is studied in a 500 \u3bcm thick Double-Sided Str...
International audienceProton energy calibration and identification efficiency of few Thallium activa...
This thesis work concerns the developments in the field of pulse shape analysis of detector signals ...
A method for the identification of charged particles by wide aperture Si -detectors has been investi...
Pulse shape discrimination with pure CsI scintillators is investigated as a method for separating en...
International audienceThe proton energy calibration and the corresponding identification efficiency ...
The pulse shapes of current signals were investigated for various silicon detectors of 450 to 2000 m...
Modern experimental setups tend to replace analogue front-end electronics with fully digital systems...
A method for the intrinsic energy calibration of photomultiplier-coupled CsI(Tl) detectors is descri...
Comparison of different pulse shape discrimination methods for BC400/BGO phoswich and CsI:Tl detecto...
Cylindrical CsI(T1) scintillators of 38 mm diameter and 100 mm length read out with PIN diodes of 40...
We investigated the merits of different event parameters in the identification of Light Charged Part...
Pulse shape discrimination with pure CsI scintillators is investigated as a method for separating en...
ABSTRACT A phoswich or sandwich-type scintillation detector consisted of a thin layer of ZnS(Ag) an...
Modern experimental setups tend to replace analogue front-end electronics with fully digital systems...
Pulse shape analysis for light particles (Z 64 2) is studied in a 500 \u3bcm thick Double-Sided Str...
International audienceProton energy calibration and identification efficiency of few Thallium activa...
This thesis work concerns the developments in the field of pulse shape analysis of detector signals ...
A method for the identification of charged particles by wide aperture Si -detectors has been investi...
Pulse shape discrimination with pure CsI scintillators is investigated as a method for separating en...
International audienceThe proton energy calibration and the corresponding identification efficiency ...
The pulse shapes of current signals were investigated for various silicon detectors of 450 to 2000 m...
Modern experimental setups tend to replace analogue front-end electronics with fully digital systems...
A method for the intrinsic energy calibration of photomultiplier-coupled CsI(Tl) detectors is descri...
Comparison of different pulse shape discrimination methods for BC400/BGO phoswich and CsI:Tl detecto...