Generators magnetic induction

Another important quantity related to the current density distribution is the nuclear magnetic moment density distribution (or magnetization density distribution) m(r) = r x j(r), which integrates to the magnetic moment = f d r m(r) briefly mentioned above. Finally, the magnetic induction field, generated by the nuclear current density distribution, can be obtained from the vector potential or from the current density distribution as... 

B Magnetic induction. Unit T (Wb/m ). A magnetic induction 1 T generates a force of 1 N/m on a conductor carrying a current of 1 A, perpendicular to the direction of induction. 

Generators convert rotational motion into electricity, whereas motors convert electricity into rotational motion. Both devices use the principle of magnetic induction. 

Maximum allowed magnetic induction in the shield. The maximum allowed magnetic induction, in T, generated by the applied magnetic field inside a shielding material is given... 

Generated by the induction coil powered by electric current intensity (lo) electromagnetic field affects the solidifying metal induces a local electromotive force (Em), whose value depends on the local velocity of the liquid metal (V) and magnetic induction (B) (Gillon, 2000). ... 

However, the magnetizability tensor does not enter the effective NMR spin Hamiltonian, from which the NMR spectrum may be generated. The next term in the expansion (II) measures the coupling of the magnetic moments Mk to the external magnetic induction B ... 

Faraday s law of induction, E = where E is the induced electric field, V the velocity of motion, and B the intensity of magnetic induction, is the basis for at least two types of electromagnetic flowmeters. In such flowmeters, a uniform magnetic induction is established transverse to the flow in a pipe and the flow of the metered fluid generates a potential difference at suitable detecting electrodes. 

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