Investigating the Influence of Constant Magnetic Field on Neutron-irradiated LiF and LiF: OH Crystals: Insights for Cooperative Communication in Wireless Networks

Author:

Elmurotova Dilnoza Baxtiyorovna1,Mussayeva Malika Anvarovna2,Meyliyev Laziz Orziqulovich3,Muxamedaminova Lola Mannanovna4,Tulyaganova Shaxnoza Abduraximovna4

Affiliation:

1. Tashkent State Technical University,Department of “Biomedical Engineering”,Tashkent,100095

2. Institute of Nuclear Physics AS RUz,Tashkent,Uzbekistan,100214

3. Karshi State University,Karshi city,180119

4. Tashkent University of Information Technologyes named after Muhammad Al-Khwarizm,Tashkent,100084

Publisher

IEEE

Reference17 articles.

1. Magnetic and spin effects in chemical reactions;buchachenko;Novosibirsk Nauka,1978

2. Dislocation Velocities, Dislocation Densities, and Plastic Flow in Lithium Fluoride Crystals

3. A Firegroup Mechanism to Provide Intrusion Detection and Prevention System Against DDos Attack in Collaborative Clustered Networks

4. Effect of a magnetic field on radiation strengthening of LiF crystals

5. Structure-phase transformations in LiF powders and crystals irradiated in nuclear reactor and 60Co gamma-source;ibragimova;International scientific journal “Materials science non-equilibrium phase transformations,2021

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