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Structural characteristics of the fly ash wrapped by the super absorbent resin among the plant fiber and the application research on the complex

机译:植物纤维中高吸水性树脂包裹的粉煤灰的结构特性及其在复合材料中的应用研究。

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This paper presents a kind of water-saving material of the fly ash composite growth substrate in order to solve the problem of the lawns high water consumption. The morphology of the growth substrate was observed by scanning electron microscope. The water keeping and releasing characteristics of the growth substrate were analyzed by the fast moisture analysis and thermal analysis, respectively from the macro and micro perspective. Compared with the common cultivated soil planting tests, the differences between the composite growth-substrate planting and the common planting were got under the similar culture environment. The results show that the typical micro-morphology of the growth substrate is the fiber interspersed among the fly ash particles/cluster which is wrapped by the super absorbent resin, and the whole structure has a good performance at water retention and water releasing. The seeds that planted in the growth substrate can germinate and survive basically and the tests preliminary reach the target of the artificial water-saving.
机译:为了解决草坪高耗水问题,提出了一种粉煤灰复合成长基质的节水材料。通过扫描电子显微镜观察生长基质的形态。通过快速水分分析和热分析,分别从宏观和微观两个角度分析了生长基质的保水和释放特性。与普通耕作土壤种植试验相比,在相似的栽培环境下,复合生长基质种植与普通种植之间存在差异。结果表明,生长基质的典型微观形貌是纤维散布在被高吸收性树脂包裹的粉煤灰颗粒/团簇之间,整个结构在保水和释水方面具有良好的性能。种植在生长基质中的种子可以基本发芽并存活,试验初步达到了人工节水的目的。

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