Novel Analytical Solutions of the Reaction Fields of Arbitrary Orientated Spheroids in a Homogeneous Magnetic Field Expressed in Cartesian Coordinates

Keywords

accessible according analytical analyzed appear applicability applicable applied applying appropriately approximately arbitrary around arranged arrays audience authors axes axis believe biological block bone built capable cell community compartment competence complicated components computational compute computed computing conjunction considerable consisting constraint coordinate coordinates course cracks cylinder decay decomposing decrease depicted derived displaced distribution disturbances elementary entirely equations evaluating exponential expressed expressing expressions extent faster field fields findings formation fractions fractures frequency function functions general generally homogeneous horizontal impact increasing induced induction infinite inhomogeneities inhomogeneous initial institute intact introducing landau magnitude make marrow micro mimic model models network networks novel oblate onto opposed orientated osseous overcome physics polynomials positions post predict press prolate proving rarefaction rather reaction replacing required respectively restrictions sets simplified simulated solutions spacing spectral spheroidal spheroids spongy structure structures subsequently successfully surrounding susceptibilities susceptibility symmetry system target technology terms theoretical transversal uniform unit utilizes variations vectors versions vertebra vertical vicinity whereby