Non-linear Electromagnetic Systems: Advanced Techniques and Mathematical MethodsVolkmar Kose, Johannes Sievert The contents is dominated by the latest problems of applied electrical engineering, micro electromechanics, biosensor technology and biomagnetism. The book covers the numerical calculation methods for the design and optimization of sensors, actuators and electric machines, as well as the treatment of inverse problems, in materials testing and in the field of medicine in particular. Other central topics are the material properties and their simulation and much consideration is given to micro-electromechanics. |
Contents
application of SQUIDs in biomagnetism invited | 3 |
SQUIDS from basic circuits to complex systems invited H Koch | 25 |
Magnetocardiographic spatiotemporal analysis of abnormal ventricular activation | 37 |
Clinical and theoretical research on transcranial magnetic stimulation | 45 |
Prediction of mesoscopic phenomena of superconductors with fluxoid dynamics | 63 |
Frequency characteristic of magnetic flux invasion on YBCO superconductor ring | 71 |
Current distribution within HTSCs and its identification by field measurements | 79 |
Magnetic force acting on a soft magnetic material using the flux pinning of bulk | 95 |
Approximate numerical analysis method for alternating magnetic flux leakage testing | 193 |
A knowledge based approach for fast computation of ECT signals Z Chen | 209 |
Compact highTc superconducting actuator system design invited T Kitamura | 225 |
Magnetic amorphous glasscovered wires invited H Chiriac and T A Óvári | 243 |
Dynamics of force measuring devices with respect to electromechanical systems | 257 |
Torsion sensor based on the large Matteucci effect in FeSiB amorphous glass | 273 |
Measurement and valuation of touch sensation AE sensor readings compared | 289 |
71 | 517 |
Multicriterion designing of additional windings of the cylindrical cryomagnet | 111 |
Nonlocal dynamics and the soliton regimes in an antiferromagnetic film | 127 |
An introduction to electromagnetic nondestructive testing invited tutorial | 146 |
first and second order | 161 |
Investigation of the magnetic anisotropy of electrical steel S Tumanski | 178 |
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Common terms and phrases
Abstract actuator AGCW algorithm amorphous wires amplitude analysis angle anisotropy applied axis behavior biomagnetic calculated characteristics circuit coefficient components core crack current density curve decreases dependence detection dipole distribution domain domain wall dynamic eddy current effect electric electromagnetic element method equation ferrite ferromagnetic Figure film finite element finite element method fluxoids force frequency function harmonic hysteresis loops hysteretic IEEE IEEE Trans impedance increase induction inverse problem investigated IOS Press Kose layer levitation system linear loss Magn magnetic bearing magnetic field magnetic flux density magnetic materials magnetic properties magnetisation magnetostriction measured metal noise nonlinear numerical obtained optimization output parameters permanent magnet permeability phase plate Preisach model reconstruction resonance rotating rotor sample saturation sensor shielding shown in Fig shows Sievert Eds signal simulation soliton solution SQUID steel stress structure superconductor surface technique temperature thickness torque Transrapid velocity voltage wave wavelet width