Analytical approach to spatial distribution of water molecules by dielectric measurements

S. Yagihara, Tetsuya Saito, Haruka Asano, K. Furuhata, Y. Maruyama, Hironobu Saito, H. Masuda, R. Kita, N. Shinyashiki
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引用次数: 1

Abstract

Analytical technique using the τ−β diagram offers variations to evaluate aqueous complex systems. Those recent applications of the fractal analysis offer us simple and clear understanding of water structures as one of most effective tools for moist materials including living tissues. The newer application studies are summarized as follows; 1. Only a single plot: comparison with our database, 2. Structured water: such as water in cement materials, 3. Ion migrations: Maxwell-Wagner effect, 4. Stability of materials including homeostasis for biological tissues. As the skin condition recovers over a longer period after coating glycerol aqueous solutions, the τ−β diagram indicated more typical hyperbolic behavior for plots obtained at 60 minutes after coating. This result indicates that the fractal analysis can be used for evaluations of homeostasis.
电介质测量水分子空间分布的分析方法
使用τ−β图的分析技术提供了评估水性复杂系统的变化。分形分析的最新应用使我们对水结构有了简单而清晰的认识,水结构是研究包括活体组织在内的潮湿材料的最有效工具之一。最新的应用研究总结如下:1. 只有一个图:与我们的数据库比较,2。结构性水:如水泥材料中的水;离子迁移:麦克斯韦-瓦格纳效应,4。材料的稳定性,包括生物组织的内稳态。由于涂覆甘油水溶液后皮肤状况恢复的时间较长,在涂覆后60分钟获得的图中τ−β图显示出更典型的双曲线行为。这一结果表明分形分析可以用于评价生物体内平衡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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