The theoretical and microdosimetric basis of thermoluminescence and applications to dosimetry
Теоретические и микродозиметрические основы термолюминесценции и применения в дозиметрии
1981-09-01
SCID: 54.1/wma98acm
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TL dose responsecavity theoryionising radiation dosimetrymicrodosimetrythermoluminescence
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Abstract (AI)
This review deals with the following subjects: general characteristics of TL materials (including: LiF; Li 2 B 4 O 7 ; BeO); TL dose response and TL models (including: dependence of f(D) on impurity composition; supralinearity of individual glow peaks); ionising radiation dosimetry (including: dose response; cavity theory and applications); beta dosimetry; UV induced TL; instrumentation and techniques.
Key Findings
1
It analyzes TL dose-response behavior, including impurity-composition dependence and supralinearity of individual glow peaks.
2
It covers ultraviolet-induced thermoluminescence, instrumentation, and measurement techniques.
3
It examines general thermoluminescence characteristics of LiF, Li₂B₄O₇, and BeO materials.
4
The review applies cavity theory to ionizing-radiation dosimetry and addresses beta dosimetry specifically.
5
The review establishes theoretical and microdosimetric foundations for thermoluminescence and their applications in ionizing-radiation dosimetry.
Research Object
thermoluminescent (TL) materials and ionising-radiation dosimetry systems
Research Subject
the theoretical and microdosimetric basis, dose response, models, mechanisms, and applications of thermoluminescence for dosimetry
Publication Details
Publication Date
1981-09-01
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