Structural optical high pressure And high temperature electrical Resistivity studies of pure and Doped nio nanoparticles

Abstract

Nanoscience and nanotechnology deals with the synthesis newlinecharacterization exploration and exploitation of nanoparticles These particles are newlinein the range of 1100 nm The synthesis, structural optical high pressure and high newlinetemperature electrical resistivity studies of pure NiO and doped NiO nanoparticles newlineare discussed in this work newlineChapter 1 deals with the introduction of nanomaterials The properties newlineof nanomaterials and their applications are briefly discussed in this chapter The newlinemethods used to synthesize nanomaterials are also included newlineChapter 2 emphasis the instrumentation and the characterization newlinetechniques of nanomaterials Some of the characterization techniques are Xray newlinepowder diffraction XRD Fourier transform infrared spectroscopy FTIR the newlineoptical studies UVVis and scanning electron microscopy SEM The set up for newlinemeasuring high pressure and high temperature electrical resistivity studies are also newlineincluded in this chapte newline newline