Transformation of hydrothermally derived nanowire cluster intermediates into CdSiO3 nanobelts

Manjunatha, C and Nagabhushana, BM and Nagabhushana, H and Chakradhar, RPS (2012) Transformation of hydrothermally derived nanowire cluster intermediates into CdSiO3 nanobelts. Journal of Materials Chemistry, 22 . pp. 22392-22397.

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    In this communication, we demonstrate that cadmium metasilicate nanobelts could be fabricated via a facile, eco-friendly, low cost hydrothermal treatment in the absence of surfactants and organic additives, followed by calcination. The monoclinic phase formation of the sample is described in detail by powder X-ray diffraction (PXRD), thermogravimetric analysis (TGA) and fourier transform infrared (FT-IR) studies. The field emission scanning electron microscopy (FE-SEM) and transmission electron microscopy (TEM) measurements of as-formed samples and samples calcined at 600 �C for 3 h indicate that the as-formed CdSiO3 sample consists of entangled nano-wire bundles with diameters ranging from 20 to 80 nm and lengths in the order of several micrometers. The calcined sample consists of nanobelts of slightly increased diameter and increased length compared to the as-formed samples. The selected area electron diffraction (SAED) and high resolution transmission electron microscopy (HRTEM) images reflect the polycrystalline nature of nanobelts. The probable mechanism for the formation of nanobelts is also discussed.

    Item Type: Journal Article
    Additional Information: Copyright to this article belongs to M/s. Royal Society of Chemistry
    Uncontrolled Keywords: Nanowire cluster;CdSiO3 nanobelts;Transmission electron microscopy
    Subjects: AERONAUTICS > Aeronautics (General)
    CHEMISTRY AND MATERIALS > Chemistry and Materials (General)
    CHEMISTRY AND MATERIALS > Composite Materials
    Division/Department: Structural Integrity Division, Other, Other, Surface Engineering Division
    Depositing User: Ms. Alphones Mary
    Date Deposited: 02 Apr 2013 11:16
    Last Modified: 02 Apr 2013 11:16

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