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A pressure gradient sensor for seismic and other applications utilizing the principle of diamagnetic drift. The sensor comprises at least one transducer, ...
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This paper describes the fabrication of a fluidic device for detecting and separating diamagnetic materials that differ in density. The basis for the separation is the balance of the magnetic and gravitational forces on diamagnetic materials suspended in a paramagnetic medium. ... This device requires no power,
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What is more, a diamagnetic material can itself be made to float stably in a properly arranged magnetic field. The principle of diamagnetic levitation, ...
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Magnetic levitation - Wikipedia, the free encyclopedia
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But it turns out that one can stabilize magnetic levitation passively and automatically using diamagnetic materials. ... The principle of diamagnetic levitation, which has been known since the 1930s, is just now finding application in practical devices, such as precision sensors and small–scale transport systems.
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Suspend a magnet in mid-air (magnetic levitation) ... Experimenting with magnetorheological fluids. ... The bismuth disks are diamagnetic. This means that they push away from a magnet. It doesn't matter whether the north pole of the magnet or the south pole is used, the bismuth always pushes away.
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A pressure gradient sensor for seismic and other applications utilizing the principle of diamagnetic drift. The sensor comprises at least one transducer, each transducer made of or containing a medium having at least one species of mobile charged particles such as electrons or holes that exhibit diamagnetic drift under a...
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