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Carbon-Modified Titanium Dioxide Deposited by E-Beam Aiming Hydrogen Sensing

机译:电子束沉积的碳改性二氧化钛对氢的感应作用

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Titanium dioxide has presented a wide variety of applications throughout the years: a) as photocatalyst in photovoltaic cells (1,2); b) as a high-i layer in MOS devices (3); c) as surface coatings (solar cells, plastic window and etc) (4); d) as pigments in paintings (4); e) as catalysts for gas sensing (5, 6, 7, 8, 9) and so on.rnMeanwhile, there is a wide interest in hydrogen sensing due to the several types of applications for: chemical industries and transformer oils, among others (10, 11). In spite of palladium has been an important alternative for hydrogen sensing under temperatures up to 100°C (12); sometimes, the gas sensing imposes the necessity of operating in higher temperatures, such as in oil transformers where the temperatures go up to 165°C depending on the environment conditions and the oil exchange (13).
机译:多年来,二氧化钛已呈现出广泛的用途:a)作为光伏电池中的光催化剂(1,2); b)作为MOS器件(3)中的高i层; c)作为表面涂层(太阳能电池,塑料窗户等)(4); d)作为绘画中的颜料(4); e)作为气体传感的催化剂(5、6、7、8、9等)。同时,由于以下几种类型的应用,氢传感引起了广泛兴趣:化学工业和变压器油,尤其是( 10、11)。尽管钯已成为在高达100°C的温度下进行氢感测的重要替代方法(12);但是,有时,气体感应强加了在较高温度下运行的必要性,例如在油变压器中,根据环境条件和机油交换,温度高达165°C(13)。

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