求翻译：氧化钨(WO3)纳米材料作为一种性能优越的n型金属氧化物半导体功能材料，在光致变色、电致变色、气体探测和化学催化等诸多方面均有重要应用，如何进一步提高WO3纳米材料的气敏性能一直是气敏传感器领域的研究重点，尤其低维WO3纳米材料因其独特结构而产生的纳米效应已经引起科研人员越来越多的关注。本文结合近两年来WO3气敏传感器的最新研究成果，综述了目前WO3气敏材料的研究现状和进展，并对未来的应用前景进行了展望。是什么意思？

Many aspects of nanomaterials as a superior performance n-type metal oxide semiconductor functional materials, photochromic, electrochromic, gas detection and chemical catalytic oxidation of tungsten (wo3) have important applications, how to further increase wo3 nanomaterials The gas sensing perform

tungsten oxide (WO 3) nano materials as a high-performance of the N-type metal-oxide semiconductor material, light in color, stain, gas detection and chemical catalysts, other areas are all important applications and how to further improve WO 3NM of air-sensitive materials performance has been an ai

A tungsten oxide (WO3) nanomaterials took one performance superior n metal oxide compound semiconductor Functional Materials, sends the color deterioration, the electricity in the light sends the color deterioration, the gas survey and chemistry catalysis and so on many aspects has the important app

Oxidation tungsten (WO3) nano material as a performance superior of n type metal oxides semiconductor function material, in light to color, and electric to color, and gas detection and chemical catalytic, many area are has important application, how further improve WO3 Nano material of gas sensitive

正在翻译，请等待...