Acta Physica Sinica, Volume. 69, Issue 1, 017801-1(2020)
Fig. 1. The schematic model and the reflectivity of bulk ferrite under different magnetized methods, magnetic field intensities and polarized directions: (a) The schematic model; (b) the influence of different magnetic field intensities under longitudinal magnetization; (c) different polarized directions under transversal magnetization; (d) the influence of different magnetized methods.
Fig. 2. The unit cell and the reflectivity of transversally orthogonally magnetized ferrite: (a) The unit cell(A and B present the ferrite magnetized along
Fig. 3. Reflection of ferrites array with different element sizes in different magnetized conditions: (a) The discrete array; the influence of in (b) longitudinal magnetization; (c) transversal magnetization with TE polarization and (d) transverse magnetization with TM polarization.
Fig. 4. The schematic and the properties of elements combinations with different sizes: (a) Schematic of the array combined by different elements(The left shows the details of supercell1(2)); the combination of and under longitudinal magnetization (b) 200 Oe and (c) 700 Oe; (d) the combination of and under longitudinal magnetization 700 Oe; the combination of and under transversal magnetization (e) 200 Oe and (f) 700 Oe; (g) the combination of and under transversal magnetization 700 Oe.
Fig. 5. Distributions of electric field, magnetic field and power loss density in the
Fig. 6. Distributions of power loss density in the
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Kang-Ping Ye, Wen-Jin Pei, Xiang Xi, Yin Pu, Rui-Xin Wu.
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Received: Aug. 14, 2019
Accepted: --
Published Online: Nov. 4, 2020
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