X-RAY STRUCTURE AND PHASE TRANSFORMATIONS OF LiF CRYSTAL SURFACE UNDER GAMMA RADIATION

Authors

  • Mussaeva Malika Anvarovna Senior Researcher Institute of Nuclear Physics RUz, PhD in Physics and Mathematics Science
  • Elmurotova Dilnoza Bakhtiyorovna Tashkent State Technical University named after Islam Karimov, PhD in Physics and Mathematics Science, assistant professor2, TSTU, PhD in Physics and Mathematics Science, assistant
  • Raximova Yayra Maxmudovna Tashkent State Technical University named after Islam Karimov, PhD in Physics and Mathematics Science, assistant professor2, TSTU, PhD in Physics and Mathematics Science, assistant
  • Odilova Nelufar Jurayevna Karshi State University, assistant
  • Tashmuxamedovna Sevara Nurullayevna 1 course master

DOI:

https://doi.org/10.17605/OSF.IO/EUBS8

Keywords:

crystal, LiF, X-ray diffractometer, nanophase, gamma quantum, oxide phase.

Abstract

The obtained results on X-ray diffractometer of Empyrean pure crystals of LiF showed the presence of nanophase about 3% LiH and less than 1% Li2О2, responsible for the diffuse band at small angles and weak reflections near intense reflections (200) and (400) crystal matrix. And intensity irradiation of 60Со gamma rays resulting grow phase LiН, LiО2 and (LiF)22О3)3, where at about annealing air 300 0C enhances oxide phases.

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Published

2021-06-08

How to Cite

[1]
Mussaeva Malika Anvarovna, Elmurotova Dilnoza Bakhtiyorovna, Raximova Yayra Maxmudovna, Odilova Nelufar Jurayevna, and Tashmuxamedovna Sevara Nurullayevna, “X-RAY STRUCTURE AND PHASE TRANSFORMATIONS OF LiF CRYSTAL SURFACE UNDER GAMMA RADIATION”, IEJRD - International Multidisciplinary Journal, vol. 6, no. 2, p. 7, Jun. 2021.

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