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首页> 外文期刊>Critical Reviews in Biomedical Engineering >Effect of alpha-amino acids on the interaction of millimeter waves with water [Review]
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Effect of alpha-amino acids on the interaction of millimeter waves with water [Review]

机译：α-氨基酸对毫米波与水相互作用的影响[综述]

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摘要

This article tackles the problem of primary reception of millimeter waves by live systems. It also discusses the physical mechanisms of low-intensity millimeter-wave effect on live systems. It is postulated that water molecules of the skin can be the primary molecular receptors that transfer the energy of external radiation to primary physiological targets in the exposure site (a "water-primary target" model). The effect of solute molecules on the absorption of millimeterwave radiation (lambda = 2, 5.84, and 7.12 mm) by aqueous solutions was studied on alpha -amino acids. Various mechanisms are outlined of intermolecular interaction of alpha -amino acids in aqueous solutions, such as the raised absorption of water molecules in solute hydration shells (negative hydration) and the decreased absorption of water molecules in solute hydration shells (positive hydrophilic and hydrophobic hydration). [References: 10]
机译：本文解决了实时系统主要接收毫米波的问题。它还讨论了低强度毫米波对实时系统影响的物理机制。假定皮肤的水分子可以是将外部辐射的能量转移到暴露部位的主要生理目标的主要分子受体（“水主要目标”模型）。在α-氨基酸上研究了溶质分子对水溶液吸收毫米波辐射（λ= 2、5.84和7.12 mm）的影响。概述了水溶液中α氨基酸的分子间相互作用的各种机制，例如溶质水合壳中水分子的吸收增加（负水合）和溶质水合壳中水分子的吸收减少（正性亲水和疏水水合） 。 [参考：10]

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