what happen whem magnetic field apply to liquid
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Your answer is
It's literally a changing magnetic field that's moving the mercury, but the coil-in-a-field causes more of a torque effect than a translational motion.
Hope it help ☺
Your answer is
It's literally a changing magnetic field that's moving the mercury, but the coil-in-a-field causes more of a torque effect than a translational motion.
Hope it help ☺
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ABSTRACT
Electric or magnetic fields acting on the anisotropy of the electric or magnetic susceptibility exert torques within a liquid crystalwhich may compete with the elastic torques determining its internal structure. A general method is presented for calculating the structural changes thus produced. Two examples are given, and the field strength for the effects is estimated to be 105V/cm or 105 G.
ABSTRACT
Electric or magnetic fields acting on the anisotropy of the electric or magnetic susceptibility exert torques within a liquid crystalwhich may compete with the elastic torques determining its internal structure. A general method is presented for calculating the structural changes thus produced. Two examples are given, and the field strength for the effects is estimated to be 105V/cm or 105 G.
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