Radiation detector deadtime and pile up: A review of the status of science
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저자
Shoaib Usman
Amol Patil
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제어번호
105907114
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학술지명
Nuclear Engineering and Technology
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권호사항
Vol.
50
No.
7
[
2018
]
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발행처
한국원자력학회
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발행처 URL
http://www.kns.org
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자료유형
학술저널
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수록면
1006-1016
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언어
English
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출판년도
2018
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등재정보
KCI등재
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판매처
'
Radiation detector deadtime and pile up: A review of the status of science' 의 참고문헌
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Variation on the paired source method of measuring dead time
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Ultra stable reference pulser for high resolution spectrometers
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The Theory and Practice of Scintillation Counting
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The Source-pulser Method Revisited
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Substituent positional effect on radiative lifetimes of anthracene sulphonates
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Some Remarks of the Galushka Method
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Semiconductor Radiation Detectors
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Selected Papers on Phosphors, LEDs and Scintillators
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Recent measurements on scintillator-photodetector systems
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Recent developments in Geiger-Muller counters
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Recent advances in the use of ASEDRA in post processing scintillator spectra for resolution enhancement
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Propagation velocity of an avalanche along the anode wire in a Geiger-Müller counter filled with Q-gas at 1 atm
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Probability fluctuations of discharges in a Geiger Muller counter produced by cosmic radiation
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Precision method of measuring Geiger counter resolving times
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Precise measurement of dead time
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Particle Counting in Radioactivity Measurements, vol. 10
[1994]
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Ortec 996-Timer and Counter
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On-clock non-paralyzable count-loss model
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On the statistical control of loss-free counting and zero dead time spectrometry
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On the Evaluation of the Correction Factor m(rho, tau) for the Periodic Pulse Method
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On a probability problem in the theory of counters
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On Probability Problems in the Theory of Counters, Courant Anniversary Volume
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Method for effective dead time measurement in counting systems
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Measurement and application of paralysis factor for improved detector dead-time characterization
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IEEE Nuclear Science Symposium and Medical Imaging Conference Record
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GM counter deadtime dependence on applied voltage, operating temperature and fatigue
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Experiences with the Ge(Li) detector for high-resolution gamma ray spectrometry and a practical approach to the pulse pileup problem
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Elimination of distortions of nuclear energy spectra caused by pulse pile-up
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Digital signal processing for high rate gamma-ray spectroscopy
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Development and characterization of sub-100 ps photomultiplier tubes
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Detailed simulation of pile-up effects in single spectra acquisition
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Dead time, pile-up, and counting statistics
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Dead time effects from linear amplifiers and discriminators in single detector systems
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Dead time and fatigue in self-quenching G.M. counters at different temperatures
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Correction of pulse-height spectra for peak pileup effects using periodic and random pulse generators
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Contributions to the statistical theory of counter data
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Comparison of several methods proposed for correction of dead time losses in the gamma-ray spectroscopy of very short lived nuclides
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Cascades of pile-up and dead time
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Bibliography on Dead Time Effects
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Approximate Formulae for Extendable Dead Times
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A new G-M counter hybrid dead-time correction model
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A new G-M counter dead time model
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A method of dead time measurement
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A measurement of the light yield of common inorganic scintillators
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A comparison of traditional and hybrid radiation detector dead-time models and detector behavior
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A Simple Derivation of the Takacs Formula
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Radiation detector deadtime and pile up: A review of the status of science'
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