6533b7d5fe1ef96bd1264fb7
RESEARCH PRODUCT
Non coaxial force and inductance calculations for bitter coils and coils with uniform radial current distributions
John T. Conwaysubject
PhysicsQuantitative Biology::Biomoleculesbusiness.industryPhysics::Medical PhysicsElectrical engineeringMechanicsMagnetic fieldInductancesymbols.namesakeElectromagnetic coilCondensed Matter::SuperconductivitysymbolsCurrent (fluid)CoaxialbusinessSuperconducting CoilsBessel functionExcitationdescription
Recently the Bessel function approach to calculating the magnetic fields of coils has been used to calculate the mutual inductance and the force between two non coaxial thick cylindrical coils with parallel axes and uniform radial current distributions. This method can also be applied to calculate the force and inductance between an ordinary coil and a Bitter coil, or between two bitter coils, not necessarily coaxial. Bitter coils give a simpler case of the method, and it is possible to solve analytically for the magnetic field of a bitter disk.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2011-12-01 | 2011 International Conference on Applied Superconductivity and Electromagnetic Devices |