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SnO nanosheets were prepared at room temperature through a reaction between an aqueous solution of SnCl , N H , and NaOH and were converted into SnO nanosheets without a morphological change. The SnO nanosheets were formed through a dissolution-recrystallization mechanism. Uniform and well-dispersed SnO nanosheets with the round-shape morphology were attained when the solution was treated by ultrasonic sound immediately after the addition of NaOH. The SnO nanosheets prepared by means of solution reduction under the ultrasonic treatment, and subsequent oxidation at 600 C showed a high level of gas sensitivity to C H OH and CH COCH .

SnO₂Two-dimensional Nanostructures Prepared by Solution Reduction Method and Their Gas Sensing Characteristics