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Magnetic System Arrangement Of Magnetic Selector

A magnetic localization and orientation system is used to track the movement of the capsule endoscope during the gastrointestinal examination process The system is made of a magnetic sensors array collecting the intensity of the magnetic field from a magnet in the capsule In this paper we try to optimize the sensor arrangement in the 3D space around the human body to improve the tracking

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    A magnetic localization and orientation system is used to track the movement of the capsule endoscope during the gastrointestinal examination process The system is made of a magnetic sensors array collecting the intensity of the magnetic field from a magnet in the capsule In this paper we try to optimize the sensor arrangement in the 3D space around the human body to improve the tracking

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    May 05 2021 We design a 3D magnetic system Ba 3 NiIr 2 O 9 consisting of interconnected cornershared NiO 6 octahedra and faceshared Ir 2 O 9 dimer both having triangular arrangements in ab plane Xray absorption spectroscopy measurements confirm the presence of Ni 2 S 1 Our detailed thermodynamic and magnetic measurements reveal that this

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    US2150440A US84559A US8455936A US2150440A US 2150440 A US2150440 A US 2150440A US 84559 A US84559 A US 84559A US 8455936 A US8455936 A US 8455936A US 2150440 A US2150440 A US 2150440A Authority US United States Prior art keywords carrier carriers selector magnetic grid Prior art date 19360610 Legal status The legal status is an assumption and is not a legal conclusion

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    Velocity selector Source of charged particles Particles of a specific speed can be selected from the beam using an arrangement of E and B fields Fm magnetic for charge towards right q v B FE electric for charge to left q E Fnet 0 if Fm F EqE q v B 0 v EB Only particles with speed EB can pass through

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