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Links between nanoscale and macroscale surface properties of natural root mucilage studied by atomic force microscopy and contact angle

机译:通过原子力显微镜和接触角研究的自然根粘膜的纳米级和宏观状表面特性的联系

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摘要

Soil water repellency originating from organic coatings plays a crucial role for soil hydraulics and plant water uptake. Focussing on hydrophobicity in the rhizosphere induced by root-mucilage, this study aims to explore the link between macroscopic wettability and nano-microscopic surface properties. The existing knowledge of the nanostructures of organic soil compounds and its effect on wettability is limited by the lack of a method capable to assess the natural spatial heterogeneity of physical and chemical properties.
机译:源自有机涂层的土壤防水性对土壤液压和植物水吸收起着至关重要的作用。 本研究侧重于根粘土诱导的根际疏水性,旨在探讨宏观润湿性和纳米微观表面性质之间的联系。 有机土壤化合物纳米结构的现有知识及其对润湿性的影响受到能够评估物理和化学性质的天然空间异质性的方法的限制。

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