用于水基纳米液滴和微液滴的AlGaN/GaN传感器的表面改性[化学和生物传感器]

C. Buchheim, V. Lebedev, V. Yanev, G. Kittler, M. Fischer, G. Ecke, O. Ambacher, V. Cimalla, S. Krischok, J. Schaefer
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引用次数: 3

摘要

为了调整其润湿性能,对海藻酸盐表面进行了修饰。亲水表面是通过干湿热氧化实现的,而氟碳层的沉积导致疏水行为。结果发现,在改性后的头几天/小时内,两种表面的性能仍有变化。对于氟碳层,不同的沉积方法可以观察到不同的差异,这可以用不同的碳氟键比例来解释。
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Surface modifications of AlGaN/GaN sensors for water based nano- and picodroplets [chemical and biosensors]
Modifications of AlGaN surfaces have been carried out in order to tune their wetting properties. A hydrophilic surface is achieved by wet and dry thermal oxidation, whereas the deposition of fluorocarbon layers leads to a hydrophobic behaviour. It was found that both surfaces still change their properties in the first days/hours after the modification. For the fluorocarbon layers, differences are observed in dependence of the deposition method, which are explained by different ratios of the various carbon-fluorine bonds.
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