Abstract
Hydrotalcite-like magnesium–aluminum and magnesium–cobalt–aluminum layered double hydroxides containing tin(II) in metal hydroxide layers have been obtained by the coprecipitation method. The maximal degree of substitution of tin for magnesium in hydrotalcite was 10%. The X-ray diffraction method confirmed the absence of the extraneous phases in samples synthesized using a tin chloride aqueous solution. The sample synthesized using an alcohol solution contained an impurity phase. It has been found that the samples have a characteristic layered structure and include cations of all metals incorporated during the synthesis.
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