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METHOD OF FABRICATING HYDROGEN SENSORS AND HYDROGEN SENSORS MANUFACTURED THEREBY

机译:制造氢传感器的方法及其制造的氢传感器

摘要

Hydrogen manufacturing method is provided and hydrogen is manufactured with identical. More specifically, hydrogen sensor is produced by the uneven part to form pattern of the self-assembled monolayer in template substrate with nano wire; Sensor base plate in template substrate is set, and to meet the top that polymeric layer is coated in flexible sensor substrate, sheet metal is deposited on bump on the self-assembled monolayer for depositing the sheet metal; There is metal nanobelt array outstanding nano gap pressure is applied to stamp substrate by removal template substrate to sensor base, be heat-treated stamp substrate; With the nano-band array of the prominent metal of upper formation first electrode and second electrode both ends. Hydrogen gas sensor, can reduce can protrusion in nanogap sensor substrate and metal nanobelt array due to extending through initially through the resistance increased between said electrodes; To be a significant increase the sensitivity to hydrogen, makes fast reaction and reduce speed. ;The 2016 of copyright KIPO submissions
机译:提供了氢的制造方法,并且以相同的方式制造氢。更具体地,通过不平坦部分产生氢传感器以在具有纳米线的模板基板中形成自组装单层的图案;设置模板基板中的传感器基板,并与柔性传感器基板上的聚合物层涂覆的顶部相接,在自组装单层的凸块上沉积金属片,以沉积金属片。通过将模板基板去除到传感器底座上,将具有优异纳米间隙压力的金属纳米带阵列施加到压模基板上,进行热处理后的压模基板;利用上部形成的突出金属的纳米带阵列,第一电极和第二电极的两端。氢气传感器,可以减少由于最初穿过电极之间增加的电阻而延伸穿过纳米间隙传感器基板和金属纳米带阵列中的罐头;要显着提高对氢的敏感性,使其快速反应并降低速度。 ; 2016年版权KIPO提交文件

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