The accuracy with which the pulse height can be reproduced from an electrostatic charge storage analyzer depends to a large extent on the shape of the incoming pulse. The optimum pulse has a flat top of 200 ns and short rise and fall times. This thesis presents the development of an instrument for shaping pulses from a scintillation detecter so that they are acceptable to the charge storage system. [...
WOS: 000377399700011The optimal detection of output signals from nuclear counting devices represents...
Abstract. In recent years, we have seen an impressive increase in the use of digital pulse processin...
Pulse-shape discrimination (PSD) in fast, organic scintillation detectors is a long-established tech...
Equipment has been constructed to increase the rate of accumulating energy spectrum data during the ...
Determining the scintillation pulse shapes of PET scintillation crystals, especially the rise time o...
Digital methods for processing pulses from radiation detectors have been investigated. A processor w...
The use of short shaping time-constants (50 ns) followed by digital sampling of gas proportional sci...
The figure-of-merit for a gelled NE213 scintillator cell from Bubble Technology Industries is determ...
A relatively simple method is proposed for multiplying together the two voltage pulses corresponding...
A new hybrid charge-sensitive preamplifier with a sensitivity of 5 mV/MeV has been specifically desi...
Pulse shape discrimination is a name of a group of techniques used to detect and distinguish between...
Digital pulse processing is a signal processing technique in which detector (preamplifier output) si...
A novel bench-top device for producing intense, fast pulses of x-rays has been designed with 10 ps f...
This thesis work concerns the developments in the field of pulse shape analysis of detector signals ...
Energetic ion analyzers and mass spectrometers commonly produce electronic pulses whose amplitude an...
WOS: 000377399700011The optimal detection of output signals from nuclear counting devices represents...
Abstract. In recent years, we have seen an impressive increase in the use of digital pulse processin...
Pulse-shape discrimination (PSD) in fast, organic scintillation detectors is a long-established tech...
Equipment has been constructed to increase the rate of accumulating energy spectrum data during the ...
Determining the scintillation pulse shapes of PET scintillation crystals, especially the rise time o...
Digital methods for processing pulses from radiation detectors have been investigated. A processor w...
The use of short shaping time-constants (50 ns) followed by digital sampling of gas proportional sci...
The figure-of-merit for a gelled NE213 scintillator cell from Bubble Technology Industries is determ...
A relatively simple method is proposed for multiplying together the two voltage pulses corresponding...
A new hybrid charge-sensitive preamplifier with a sensitivity of 5 mV/MeV has been specifically desi...
Pulse shape discrimination is a name of a group of techniques used to detect and distinguish between...
Digital pulse processing is a signal processing technique in which detector (preamplifier output) si...
A novel bench-top device for producing intense, fast pulses of x-rays has been designed with 10 ps f...
This thesis work concerns the developments in the field of pulse shape analysis of detector signals ...
Energetic ion analyzers and mass spectrometers commonly produce electronic pulses whose amplitude an...
WOS: 000377399700011The optimal detection of output signals from nuclear counting devices represents...
Abstract. In recent years, we have seen an impressive increase in the use of digital pulse processin...
Pulse-shape discrimination (PSD) in fast, organic scintillation detectors is a long-established tech...