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Parting of water by magnetic fields

机译：磁场分离水

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We observed the phenomenon that water was parted by a magnetic field at 8 T. Two "water-walls" were formed and the surface of the water was parted. The bottom of the water chamber appeared when the water chamber was exposed to magnetic fields up to 8 T. This paper focuses on the mechanism of this phenomenon. The change in the lowest level of water was 22 mm when magnetic fields mere changed from 0 T to 8 T, and the decrease in water level was proportionate to B/sup 2/ at the center of the magnet. We also investigated the effect of temperature on the formation of the water-wall. We observed that the water-wall was formed at both 0/spl deg/C and 100/spl deg/C. Finally, we investigated the effect of mixed NaCl ions on the formation of the water-wall. The absolute change in water level declined as the concentration of NaCl rose.
机译：我们观察到水被8 T的磁场分开的现象。形成了两个“水壁”，水的表面也分开了。当水箱暴露于高达8 T的磁场时，水箱的底部出现了。本文着重研究了这种现象的机理。当磁场仅从0 T变为8 T时，最低水位的变化为22 mm，并且水位的下降与磁体中心处的B / sup 2 /成正比。我们还研究了温度对水冷壁形成的影响。我们观察到在0 / spl deg / C和100 / spl deg / C都形成了水冷壁。最后，我们研究了混合NaCl离子对水冷壁形成的影响。随着NaCl浓度的增加，水位的绝对变化下降。

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