论文信息 - Light conversion efficiency of small lithium scintillators for electrons, protons, deuterons and alpha particles

Light conversion efficiency of small lithium scintillators for electrons, protons, deuterons and alpha particles

Abstract The absolute responses of thin, cerium-activated lithium glass scintillators to electrons, protons, deuterons and alpha particles have been measured as a function of their kinetic energy (0.3–2.7 MeV), lithium concentration (2.4–8.3 wt.%) and lithium enrichment (95 wt.% 6 Li to 99.99 wt.% 7 Li) in the glass. Absolute calibration of the scintillation energy was derived from measurements of the energy resolution of the observed pulse height spectrum.

A. W. Dalton

[1] P. A. Egelstaff,et al. Improvements in thermal neutron scintillation detectors for time-of-flight studies , 1965 .

[2] G. E. Thomas,et al. Neutron detection with glass scintillators , 1962 .

[3] G. G. Slaughter,et al. An improved Li6-loaded glass scintillator for neutron detection , 1961 .

[4] E. Steinberg,et al. Pulse height-energy relations for electrons and alpha particles in a liquid scintillator☆ , 1964 .

[5] Robert J. Ginther,et al. New Cerium Activated Scintillating Glasses , 1960, IRE Transactions on Nuclear Science.

[6] A. R. Spowart. Measurement of the absolute scintillation efficiency of granular and glass neutron scintillators , 1969 .

[7] J. B. Birks,et al. The Theory and Practice of Scintillation Counting , 1965 .

[8] A. R. Spowart. Neutron scintillating glasses: Part 1. Activation by external charged particles and thermal neutrons , 1976 .

[9] T. Miller,et al. A technique for determining bias settings for organic scintillators , 1972 .

[10] W. R. Burrus,et al. CALIBRATION OF AN ORGANIC SCINTILLATOR FOR NEUTRON SPECTROMETRY. , 1968 .