Effect of bi-solvents on the Morphology of CuO Nanostructures Using Soft Template

M. A. KALHORO, Z. H. IBUPOTO, A. D. CHANDIO, K. A. KALHORO, Q.U.A BALOACH

Abstract


Nanotechnology is stable through actual minor fragments through substantial in alone or their management to produce new large scale material, at the Nano-scale materials are reformed after that of superior scale, the Nano-scale is the size series from almost 1nm to 100nm and nanotechnology is an aiding technology that consents us to changer sources with improved , totally new-fangled assets. The revolutionary advancement in the field of nanoscience and nanotechnology has explored variety of due applications in various fields. Particularly in the field of sensing the nanomaterials have wide spectrum due to the fact of high sensitivity and low concentration limit of recognition for the sensor device. The present study is focused on the synthesis of CuO nanostructures with XRD, SEM, characterization and soft templates for hydrothermal method techniques for the purpose of CuO nanostructures sample.


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