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序言近些年来,经磁化处理过的水(为通俗起见,以下通称为磁化水)被广泛应用于工农业和医疗卫生部门,收到了显著的经济效益和社会效益,受到科技界的普遍重视,引起人们从物理学和化学角度对磁化水的特性及其作用机理进行了广泛的测量和研究,揭示出水经磁场处理后有许多物理和化学性质发生异常变化,但由于各地区水质不同和测试条件差异,所得结果差别较大,这种分散性给研究磁化水的作用机理增加了困难,同时也影响磁化水技术的推广应用。
Preamble In recent years, magnetized water (for the sake of the popular, the following commonly known as magnetized water) is widely used in agriculture, industry and health care sector, has received significant economic and social benefits, by the scientific and technological community of universal attention, Causing people from the physical and chemical point of view on the characteristics of magnetized water and its mechanism of action for a wide range of measurements and studies revealed that the water after magnetic field treatment of many of the physical and chemical properties of abnormal changes, but due to the different water quality and test conditions Differences, the results vary widely, this dispersion to the study of the mechanism of action of magnetized water increased difficulties, but also affect the promotion and application of magnetized water technology.