## Applied magnetism: a study in quantities |

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### Contents

CURRENT i AND MAGNETIC FIELD STRENGTH H | 1 |

GENERAL OBSERVATIONS ON THE MAGNETIC | 19 |

THE MAGNETIC CIRCUIT CONSISTING PARTIALLY | 25 |

Copyright | |

6 other sections not shown

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### Common terms and phrases

air gap alternating current alternating field amplitude permeability calculate coil complex permeability conductor core constants core volume cosh coupling coefficient cross-section current pulses defined dependent derived dielectric constant differential form direct current direction disturb pulses disturb ratio disturb signals eddy-current losses elasticity tensor electron equivalent circuit expression externally applied magnetic ferrites ferromagnetic ferromagnetic material field lines field strength flux density formula Hanna curve hysteresis loop induction inner loop introduce laminations loss angle magnetic circuit magnetic field magnetic material magnetic moments magneto-elastic magnetostriction maximum memory cores MKSA system mV/cm obtain p-system parallel parameters partial pulse permeance predominant magnetic phenomenon quantities read pulse remanence residual losses resonance result s/cm vert self-inductance sinh sinusoidal static field strength H stress temperature tensile stress tensor permeability toroid transducer transformer vector voltage voltage response winding written z-direction zero