Theoritical shapes of resolution curves for slow-fast coincidence circuits are calculated taking into account fluctuations in transit time and delay in the apparition of the first photo-electron in photomultiplier tube. Comparison with experimental results.On calcule, en tenant compte des fluctuations du temps de transit et du temps d'apparition du premier photoélectron dans le photomultiplicateur, les courbes de résolution d'un système de coïncidence du type lent-rapide. Comparaison avec l'expérience
We characterize the nature of the time dispersion in scintillation detectors caused by path length d...
During the calibration phase of the photomultiplier tubes (PMT) for the Double Chooz experiment the ...
ABSTRACT: The after-pulsing probability in Silicon Photomultipliers and its time constant are obtain...
This paper reviews the results on time fluctuations in high gain first dynode photomultipliers used ...
The comparison method in delayed coincidence experiments is discussed and the fast coincidence circu...
This thesis describes the use of avalanche transistors in a circuit for measuring delayed coincidenc...
The use of ordinary transistors working with delayed collector conduction (avalanche) in fast-trigge...
ii We investigated the uniformity of electron transit times across the full spatial extent of two 5”...
We present Monte Carlo computational methods for estimating the coincidence resolving time (CRT) of ...
WOS: 000313713300080The resolving time values of the coincidence spectrometers composed by NaI(Tl) i...
The spread in time resolution of scintillation detectors is studied versus the thresholds of the ele...
Streak cameras are the direct light detection instruments that are the best in terms of temporal res...
Using E. M. I. 6262 [phototubes and INa(Tl) cristals, it is possible to measure with a slow fast coï...
This paper demonstrates through Monte Carlo simulations that a practical positron emission tomograph...
Timing experiments with photomultipliers and silicon surface barrier detectors have been carried out...
We characterize the nature of the time dispersion in scintillation detectors caused by path length d...
During the calibration phase of the photomultiplier tubes (PMT) for the Double Chooz experiment the ...
ABSTRACT: The after-pulsing probability in Silicon Photomultipliers and its time constant are obtain...
This paper reviews the results on time fluctuations in high gain first dynode photomultipliers used ...
The comparison method in delayed coincidence experiments is discussed and the fast coincidence circu...
This thesis describes the use of avalanche transistors in a circuit for measuring delayed coincidenc...
The use of ordinary transistors working with delayed collector conduction (avalanche) in fast-trigge...
ii We investigated the uniformity of electron transit times across the full spatial extent of two 5”...
We present Monte Carlo computational methods for estimating the coincidence resolving time (CRT) of ...
WOS: 000313713300080The resolving time values of the coincidence spectrometers composed by NaI(Tl) i...
The spread in time resolution of scintillation detectors is studied versus the thresholds of the ele...
Streak cameras are the direct light detection instruments that are the best in terms of temporal res...
Using E. M. I. 6262 [phototubes and INa(Tl) cristals, it is possible to measure with a slow fast coï...
This paper demonstrates through Monte Carlo simulations that a practical positron emission tomograph...
Timing experiments with photomultipliers and silicon surface barrier detectors have been carried out...
We characterize the nature of the time dispersion in scintillation detectors caused by path length d...
During the calibration phase of the photomultiplier tubes (PMT) for the Double Chooz experiment the ...
ABSTRACT: The after-pulsing probability in Silicon Photomultipliers and its time constant are obtain...