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Nanostructured Sb doped SnO_2 thick films for room temperature NH_3 sensing

机译:纳米Sb掺杂SnO_2厚膜用于室温NH_3传感

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摘要

Porous nanosized Sb doped SnO_2 powder with different Sb concentrations has been synthesized by a low cost nonaqueous sol-gel method. Thick films of the synthesized material show an extremely high response of 4316% to few parts per million level of ammonia at room temperature with good stability for a long period of time. The adsorption of ammonia on the sensor surface obeys Elovich equation and the reaction kinetics is of first order with a rate constant as large as 0.09235 s~(-1).
机译:通过低成本的非水溶胶-凝胶法合成了具有不同Sb浓度的多孔纳米Sb掺杂SnO_2粉末。合成材料的厚膜在室温下对百万分之几的氨水平显示4316%的极高响应,并具有良好的长期稳定性。氨在传感器表面的吸附符合Elovich方程,反应动力学是一阶的,速率常数高达0.09235 s〜(-1)。

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