Search Results - "He, Yongxue"

Role of Ferrites in Negative Index Metamaterials by Yongxue He, Peng He, Harris, V.G., Vittoria, C.

“…Metamaterial composites consisting of copper wires and yttrium iron garnet (YIG) slabs have been theoretically studied using the transfer function matrix…”
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Tunable negative index metamaterial using yttrium iron garnet by He, Yongxue, He, Peng, Dae Yoon, Soack, Parimi, P.V., Rachford, F.J., Harris, V.G., Vittoria, C.

“…A magnetic field tunable, broadband, low-loss, negative refractive index metamaterial is fabricated using yttrium iron garnet (YIG) and a periodic array of…”
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Systematic Analysis and Engineering of Absorbing Materials Containing Magnetic Inclusions for EMC Applications by Koledintseva, Marina Y., Xu, Jianfeng, De, Soumya, Drewniak, James L., He, Yongxue, Johnson, Richard

“…A methodology to efficiently design novel products based on magneto-dielectric materials containing ferrite or magnetic alloy inclusions is presented. The…”
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Complex Permittivity and Permeability Measurements and Finite-Difference Time-Domain Simulation of Ferrite Materials by Jianfeng Xu, Koledintseva, M Y, Yaojiang Zhang, Yongxue He, Matlin, B, DuBroff, R E, Drewniak, J L, Jianmin Zhang

“…A methodology to efficiently design products based on magneto-dielectric (ferrite) materials with desirable frequency responses that satisfy electromagnetic…”
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Measurement of electromagnetic parameters and FDTD modeling of ferrite cores by Jianfeng Xu, Koledintseva, M.Y., Yongxue He, DuBroff, R.E., Drewniak, J.L., Matlin, B., Orlando, A.

“…The paper describes a methodology for an efficient design of novel products based on magneto-dielectric (ferrite) materials with desirable frequency responses…”
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FDTD modeling of absorbing materials for EMI applications by Xu, Jianfeng, Koledintseva, Marina Y, Soumya De, Radchenko, Andriy, DuBroff, Richard E, Drewniak, James L, Yongxue He, Johnson, Richard

“…A few scenarios of applying different magneto-dielectric absorbing sheet materials to mitigate electromagnetic inference (EMI) are analyzed in this paper using…”
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