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- W4289549749 abstract "• A new concept of energy steering namely the coexistence of absorption and transmission is suggested. • The FBEs with three kinds of magnetic fields are designed to solve the reciprocal wide-angle energy coexistence of absorption and transmission. • The proposed FBEs can be used as a magnetic detector with qualitative and quantitative detection of introduced magnetic field intensity. • The constructed FBEs can also be regarded as a new logic gate, and the continuous random magnetic field can be encoded. By stacking ferrite-based elements (FBEs) with three kinds of magnetic fields, a tunable optical multifunctional device with wide-angle energy steering and magnetic information detection-coding is designed. For the transverse electric (TE) wave, the effective refractive index and properties of FBEs in a constant magnetic field are investigated theoretically. Based on this, we analyze the abilities of FBEs to control the energy of the electromagnetic (EM) wave in a gradient magnetic domain systematically. The computed results show that the ultra-wideband absorption and the transmission window in the absorption band are realized within the incident angle of 0−60° for the forward propagation. Reciprocal energy coexistence of absorption and transmission can be also available by expanding the applied magnetic field into the pairwise symmetric distribution. In addition, the transmission window is utilized to achieve magnetic intensity detection and the detection results (with or without absorption peak) are coded with logical values “0” and “1”. Finally, a logic gate is formed in which continuous random magnetic information can be encoded. Those calculated results can apply for wide-angle reciprocal energy steering, multipurpose magnetic detection, and coding." @default.
- W4289549749 created "2022-08-03" @default.
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- W4289549749 date "2022-12-01" @default.
- W4289549749 modified "2023-09-27" @default.
- W4289549749 title "Wide-angle energy steering and magnetic information detection-coding of stacked ferrite-based elements in the gradient magnetic domain" @default.
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- W4289549749 doi "https://doi.org/10.1016/j.optlastec.2022.108544" @default.
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