Abstract
Joint precipitation of tin(IV) and magnesium hydroxides from hydrochloric acid solutions was studied by differential thermal and X-ray diffraction analysis, low-temperature nitrogen adsorption, and electron microscopy. The characteristics of MgSn(OH)6 thermal decomposition products were determined. The results of measuring the ionic conductivity of MgSnO3–CsNO2 composites show that magnesium stannate is promising as a heterogeneous additive to composite solid electrolytes.
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