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The effect of radiation exposure on the electrical conductivity of LDPE + x vol.%TlInSe2 by E. M. Gojayev; S. S. Osmanova; A. H. Damirov; S. I. Safarova is a Physics and Astronomy article available to read on EtoBox.

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The paper presents results of studying temperature dependences of the specific volume resistance of nonirradiated and irradiated [Formula: see text]-rays with a different dose of [Formula: see text] vol.%TlInSe~2~ composites in the temperature range 300–380 K. The technique for modifying the structure of composites with semiconductor filler was carried out on a [Formula: see text]Co-type MPX [Formula: see text]-25 M isotope [Formula: see text]-emitter at a temperature of 300 K in vacuum ampoules at doses of [Formula: see text]–[Formula: see text] Gy. The electrical properties of the composites were studied before and after irradiation with [Formula: see text]-rays. Samples were prepared by mechanically mixing the filler [Formula: see text] powder with a low density polyethylene powder until obtaining a uniform mixture. The mixture is kept for 5 min at the melting temperature of the polymer under a pressure of 5 MPa. At the same temperature, by pressing a homogeneous mixture, the pressure rises to 15 MPa, at this pressure the sample is held for another 5 min, and then quickly cooled in water. The specific volume resistivity of the composites was measured using a DC bridge of the P-4

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Author

E. M. Gojayev; S. S. Osmanova; A. H. Damirov; S. I. Safarova

Publisher

World Scientific Publishing Company; World Scientific ; World Scientific Publishing Co; Elsevier BV; World Scientific Pub Co Pte Lt (ISSN 0217-9792)

Published

2020

Language

EN

Field

Physics and Astronomy (Physical Sciences)