Is isothermal deferred luminescence in organic glasses due to electron tunnelling
作者： F. Kieffer , C. Meyer , J. Rigaut
DOI: 10.1016/0009-2614(71)80507-9
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摘要: Abstract In γ-irradiated methylcyclohexane glass containing biphenyl, ITL (at 4.2, 66 and 77°K) the first thermoluminescence peak (90°K) result from recombination of cations with two different populations trapped electrons, apparently characterized by detrapping mechanisms: electron tunnelling in thermal disruption traps glow peak.
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