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Magnetic Field Effects on Water Surfaces

机译:水面上的磁场效应

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The research described above can be summarized as follows: The hydrogen bonds are important factor in these magnetic effect. It is confirmed by exchanging to deuterium water. Also, the effect of alcohols-water mixture to bring the termination of hydrogen bond network of water was studied. In the ref. iii, the authors propose the oxygen clathrates caged by water is formed if dissolved oxygen exists under magnetic field. It should be noted that the deuterium substition effects were negative in their study. Other researchers overlooked it since normal gas hydrates or clathrates exist under rather extreme conditions. Water and other species at interfaces might be the key to solve these problems. Recent efforts by these authors address the direct proof of the existence of the magnetic species at water/solid interfaces. The previous results suggest the adsorbed water and other molecule on metal surfaces have magnetism. Using the modern surface sensitive methods like, SMOKE, we hope to explain magnetism of water.
机译:上述研究可以概括如下:氢键是这些磁效应的重要因素。通过与氘水交换来证实它。而且,研究了醇 - 水混合物使水终止水的终止的影响。在ref。 III,如果在磁场下存在溶解的氧气,则提出由水笼中的氧气克拉氏植物。应该指出的是,氘的含量效应在他们的研究中是阴性的。由于正常气体水合物或包合物存在于相当极端的条件下,其他研究人员忽略了它。接口的水和其他物种可能是解决这些问题的关键。这些作者最近的努力解决了水/固体界面存在磁性物种的直接证明。先前的结果表明了金属表面上吸附的水和其他分子具有磁性。使用现代表面敏感方法,如烟,我们希望解释水的磁性。

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