Industrial Chemicals #4866895

Zirconia Alumina

zirconia alumina The microstructure of the alumina-Zirconia composites obtained by the colloidal processing synthesis technique is very fine with sub micrometer alumina grains and inters granular nano sized Zirconia particles. The morphology of the produced powders was examined by SEM.The alumina-Zirconia nano composites have high resistance; improve lifetime and high reliability of ceramic joint prostheses. The mechanical property of Zirconia toughened alumina ceramics was studied

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Cadmium Sulfide

cadmium sulfide The structural, morphological, and optical properties studied using powder X-ray diffraction (PXRD), scanning electron microscope (SEM) and UV-Vis NIR analysis respectively. From the observed PXRD pattern, the particle size calculated using Debye Scherers method.The cell parameters well agreed withstandard JCPDS data. Using CdS QDs, quantum dot sensitized solar cells (QDSSC) fabricated on FTO substrates.Sol-gel method synthesized TiO2nanoparticles, CdSquantum dots, I3-I-electrolytes and Pt as counterelectrode were used for cellabrications.

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Tetraethylammonium Bromide

tetraethylammonium bromide the adiabaticcompressibility, apparent molal compressibility, apparent molal volume, limiting apparent molal compressibility, and limiting apparent molal volume. The observed variation in these parameterswith respect to the molality highlights the type of interaction in the electrolytes and the structure making property of the salts.

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Cadmium Oxide

cadmium oxide In recent years conducting oxideshave great attention because of its gassensing properties under atmosphericconditions. Nano particle report onCadmium Oxide (CdO) are very limitedamong oxides such as tin, zinc andcadmium. Imagine being able to conductelectricity through particles that are 2000times thinner than a stand of hair.

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Nano Zinc Oxide

nano zinc oxide the wavelength range of 350-90 0nm. Developed thin films are transparent in visible reg ion and ultra- violet cut-off wavelength almost 450nm. Developed ZnO thinfilms crystal structure and orientation were analyzed using X-rayDiffraction method. It revealed the developed thinfilms arepolycrystalline nature and grain sizes almost 100nm.Thin film surface topography and morphology were analyzed usingSEM (Scanning Electron microscope). The developed thinfilms are almost uniform particle size distributions. The developed thin films could be use as a Gas sensing and Photo voltaic applications

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