沸石与天然吸光度相结合,提高作物产量

Muhammad Amirul Ashraff Rashidi, S. S. Bahri, Z. Harun, R. Hussin, Faiz Hafeez Azhar, N. Sazali, S. Hubadillah, N. Hairom, Riduan Jamalludin, Ainun Rahmawati
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引用次数: 0

摘要

介孔结构的沸石颗粒具有较高的微孔,能够提供较高的比表面积,从而能够提高扩散机制的效率和阳离子交换容量(CEC)。沸石的独特和非反应性使得该材料能够与其他潜在材料相结合,以提高沸石的吸收和CEC性能。因此,本研究的目的是研究天然吸附剂(壳聚糖和木炭)与沸石作为土壤促进剂对植物生长的影响。测定了不同土壤、肥料、沸石和吸光剂组成对菠菜生长、pH和土壤湿度的影响。植物生长结果表明,与仅施用肥料的土壤相比,两种天然吸收材料均表现出更高的植物生长、pH值和湿度值,从而显著促进了土壤或肥料对养分的吸收。这些吸收与沸石的结合,通过给予植物生长、pH值和湿度值的最高值,进一步提高了养分吸收能力。详细观察还表明,与壳聚糖相比,在沸石中添加木炭肥料的样品中,水菠菜的生长速度更快。关键词:沸石,自然吸光度,木炭,壳聚糖,pH,湿度,植物生长
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Zeolite Integrate with Natural Absorbance to Increase Crop Production
Mesoporous structure of Zeolites particles with higher micropores able to provide higher surface area that able to increase the efficiency of diffusion mechnism as well as cation exchange capacity (CEC). Theuniquness and unreactive properties of zeolites enable to integrate this materials with other potential material to increase the zeolite absorption and CEC performance. Thus, the goal of this work is to study the effect of natural absorbents(chitosan and charcoal) when integrate with zeolite that function as a soil enhancer for the plants growth. Several experiments at different composition of soil, fertilizer, zeolite and absorbance compositions towards water spinach growth, pH and soil humidity were measured. The results of the plant growth show that both natural absorbance materials significantly assist the nutrient uptake either from the soil or fertilizer by showing higher plant growth, pH and humidity values as compared to soil mixedwith fertilizeronly. Integration of these absorbance with zeolite futher increase the capability of nutrient uptake by giving the highest value of plant growth, pH and humidity values. Detail observation also showed that water spinach grew faster in the sample that had fertilizer added to the zeolite with charcoal as compared to chitosanKeywords:Zeolites, natural absorbance, charcoal, chitosan, pH, humidity, plant growth
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