Doped polymers as gamma-rays dosimetry - Saleh, Emran
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The ability to detect and perform energy-dispersive spectroscopy of high-energy radiation such as -rays, X-rays, and other uncharged and charged particles has improved dramaticaly in recent years. The influence of -radiation onto different types of thin films has been discussed earlier. In this work, The influence of -radiation on the doped polymers (LDPE) thick films and the suitability of this divices for dosimetry applications were investigated. doses can be detected by this detector is the range from 0 to 10.5 gray.

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Produktbeschreibung
The ability to detect and perform energy-dispersive spectroscopy of high-energy radiation such as -rays, X-rays, and other uncharged and charged particles has improved dramaticaly in recent years. The influence of -radiation onto different types of thin films has been discussed earlier. In this work, The influence of -radiation on the doped polymers (LDPE) thick films and the suitability of this divices for dosimetry applications were investigated. doses can be detected by this detector is the range from 0 to 10.5 gray.
Autorenporträt
Dr. Emran Eisa SalehPh.D. in Radiation Physics from the University of Assiut, Egypt.Nuclear physics lecturer at the Faculty of Education, Toralbahh, University of Aden, Yemen. Published several research in the field of radiation physics at the International Journals.Participated in more than five international conferences in Radiation Physics.