植物葱对百里酚蓝染料的吸附研究

Zahraa A. Mahmood
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引用次数: 0

摘要

在不同颜色固定的簇框架中考虑了葱对百里酚蓝阴离子色的吸附。在基团吸附策略下,吸附剂的性能、接触时间、pH、温度和离子质量是吸附的主要因素。平衡信息与Freundlich和Tekmin吸附方程拟合,并利用直线复发因子R2确定最佳拟合等温线。此外,还对正在进行的吸附操作的各种热力学因素,如ΔGo活力、ΔHo和ΔSo进行了评估。对颜色吸附的热力学测试表明,该骨架具有吸热性质。根据伪第一请求分量和伪第二请求分量的假设,连接基团吸附模型,考察吸附能量。结果表明,伪第二请求显示后的动态信息比伪第一请求显示后的动态信息更集中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study The Adsorption of Thymol Blue Dye on Plant Allium Sativum
The adsorption of thymol blue anionic color by allium sativum store was right off the bat considered in a cluster framework at different color fixations. The adsorption was considered as an element of adsorbent measurements, contact time, pH, temperature and ionic quality under group adsorption strategy. The balance information fit with Freundlich and Tekmin equations of adsorption and the straight relapse factors R2 was utilized to clarify the best fitting isotherm demonstrate. Diverse thermodynamic factors, similar to ΔGo vitality, ΔHo and ΔSo of the on-going adsorption operation have additionally been assessed. The thermodynamic examinations of the color adsorption on allium sativum store demonstrated that the framework was endothermic in nature. Group adsorption models in light of the presumption of the pseudo first request and pseudo-second request component were connected to inspect the energy of the adsorption. The outcomes demonstrated that dynamic information were taken after more intently the pseudo-second request display than the pseudo-first request.
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