In any of the modern 4 pi particle detector array improvements of the measured parameters have been envisaged. Pulse Shape Discrimination (PSD) is an efficient electronic tool which can be applied to a single detector to achieve atomic number Z separation of the particles comparable to the Delta E - E telescopes. In the present study, a simple PSD device based on commercially available modules has been discussed with the motivation of future improvement in CHIMERA detector system without sacrificing time resolution in time of flight (TOF) measurement. In beam studies of PSD have been carried out following the ejected particles from F-19 + C-12 reaction at Tandem energies with 2 large area - 300 mu m- silicon detectors of CHIMERA multi-detector. Front-side and rear-side entry of the detected ions were explored. Performance of the PSD set up has been discussed.

A new electronic set up for pulse shape method with large area planar silicon detector of CHIMERA

AUDITORE, LUCREZIA;GERACI, Elena Irene;POLITI, Giuseppe;RIZZO, Francesca;
2004

Abstract

In any of the modern 4 pi particle detector array improvements of the measured parameters have been envisaged. Pulse Shape Discrimination (PSD) is an efficient electronic tool which can be applied to a single detector to achieve atomic number Z separation of the particles comparable to the Delta E - E telescopes. In the present study, a simple PSD device based on commercially available modules has been discussed with the motivation of future improvement in CHIMERA detector system without sacrificing time resolution in time of flight (TOF) measurement. In beam studies of PSD have been carried out following the ejected particles from F-19 + C-12 reaction at Tandem energies with 2 large area - 300 mu m- silicon detectors of CHIMERA multi-detector. Front-side and rear-side entry of the detected ions were explored. Performance of the PSD set up has been discussed.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11769/81214
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