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In order to sensitively, selectively, and rapidly detect xylene, the sensing properties of WO3·H2O nanomaterials are regulated by tailoring the doping level of Pd. In this work, Pd- doping WO3·H2O nanomaterials were synthsised by a simple, effective and economical hydrothermal method at a low temperature. The responses of the sensors fabricated by WO3·H2O nanomaterials with different Pd-doped levels...
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