The input impedance predicted by the modified formulation presented in this paper were compared against measurements as well as data predicted by the formulation used in [Polycarpou et al., 1998]. The comparison showed that the effect of the non-uniformities in the applied magnetic field is to broaden the input impedance response vs. frequency. It was observed that such broadening resulted in predicted curves having better agreement with the measured curves. As a result, such observation validates the initial premise that the non-uniformities of the applied magnetic field have to be taken into account if a most accurate analysis of ferrite-loaded CBS antennas is to be achieved.
General Survey. Quantum Theory and Magnetism. Spin and Magnetization, Statics and Dynamics. Magnetostatics, Magnetic Domains and Magnetic Design. Survey of Magnetic Materials. Special Topics. Appendices. Indexes.
Crickets are suitable for studying the effects of single gene mutations on single nerve cells. In one mutant, three classes of sensilla are lost sequentially. The absence of one class of mechanoreceptors throughout postembryonic development deprives certain sensory neurons of normal stimulation and results in abnormal physiological and structural development of an identified interneuron.