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Abstract
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In the present work we used sol–gel method for the synthesis of the above nanocomposite because, in addition to cost savings and ease of use, it is environmentally desirable. In addition, nanostructured and antimicrobial properties of the present sample were examined using X-ray diffraction, field emission scanning electron microscope techniques and Kirby–Bauer antibacterial test. Results showed that the above sample, besides its crystal structure and spherical morphology, has antimicrobial properties that can be an appropriate option to be used in medical applications, including diagnosis and treatment.
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