Construction of Ecological Function Evaluation Index System for Linghe Estuarine Wetland Natural Reserve
p.4269
p.4269
Pollutant Governance Management Based on the PM2.5 Concentration Decay Model
p.4273
p.4273
Microtubules Dynamics Regulates Mesocotyl Elongation in Rice
p.4277
p.4277
Parameter Optimization of Vacuum Freeze-Drying Processing on Tan Lamb
p.4281
p.4281
Measurement System of Decay Time for Liquid Scintillator
p.4285
p.4285
Environmental Impact Evaluation on Ninety Thousand Layer Farming Project
p.4287
p.4287
Exploration on Bilingual Teaching Reformation for Introduction to Computer
p.4290
p.4290
The Analysis of Modeling of Dual Kalman Filter in Lithium Battery SOC Estimates
p.4294
p.4294
Interpolation Methods Used for One-Way Fluid Structure Interaction of Hydrodynamic Coupling
p.4298
p.4298
Measurement System of Decay Time for Liquid Scintillator
Abstract:
The fluorescence lifetime of the molecular excited states in the liquid scintillator determines the pulse shape of the events in a detector. The fluorescence decay times of the mixtures could be measured by UV light excitation, or via ionizing particles. Both of the setups are based on the time-correlated single photon technique. In this paper we described a setup in detail for testing the fluorescence lifetime under ionizing particle to render the relatively weak neutron or ion signals detectable. In addition, we presented the time resolution of system for the setup.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 513-517)
Pages:
4285-4286
Citation:
Online since:
February 2014
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