Trap depth measurements by thermoluminescence in Li2B4O7 crystals
Loading...
Date
1974-02
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Turkish Atomic Energy Commission, Ankara Nuclear Research Center
Abstract
Üç farklı termolüminesans metotla % 01 Mn ilave edilmiş Li2B4O7 kristallerinde tuzak derinlikleri hesap edilmiş ve farklı ısıtma hızı metoduyla E1 = 1.17 eV, ışınlamadan sonra tavlama metoduyla E2 = 0.93 eV ve ışıma eğrisi metoduyla E3 = 0.96 eV bulumuştur. Tuzak derinliklerine tekabül eden frekans faktörleri ise sırasıyla S1 = 2.18 x 10(13) sn-1, s2 = 2.03 x 10(8) sn-1, s3 = 0.00x 108 sn(-1) dir.
The energy of traps has been determined in Lİ2B4O7 (% 01 Mn) crystals using three different methods of thermoluminescence, and found to be E1 = 1.17 eV by different heating rate method, E2 = 0.93 eV by Post-irradiation annealing method and E3 = 0.96 eV by glow curve method. The corresponding frequency factors were S1 = 2.18 x 10(13) sec-1, s2 = 2.03x10(8) sec-1 and s3 = 9.00x10(8) sec-1.
The energy of traps has been determined in Lİ2B4O7 (% 01 Mn) crystals using three different methods of thermoluminescence, and found to be E1 = 1.17 eV by different heating rate method, E2 = 0.93 eV by Post-irradiation annealing method and E3 = 0.96 eV by glow curve method. The corresponding frequency factors were S1 = 2.18 x 10(13) sec-1, s2 = 2.03x10(8) sec-1 and s3 = 9.00x10(8) sec-1.
Description
Keywords
Li2B4O7 crystals, Li2B4O7 kristalleri, Thermoluminescence, Termolüminesans, Trap depth measurements, Tuzak derinliği ölçümleri
Citation
Serin, N. ve Erdoğmuş, M. (1974). Trap depth measurements by thermoluminescence in Li2B4O7 crystals. Technical Journal, 1(1), 33-38.