Acta Physica Sinica, Volume. 68, Issue 24, 244102-1(2019)
Fig. 1. (a) Physical dimensions of fractal resonator cell; (b) switch setup model.(a)分形谐振器单元的物理尺寸; (b)开关设置模型
Fig. 2. Far-field spectrum simulation setup of fractal resonator cell and simulated far-field spectra of two working status: (a) Far-field spectrum simulation setup; (b) far-field spectra of two working status.分形谐振器单元远场频谱仿真模型及两种工作状态下的远场频谱 (a)远场频谱仿真模型; (b)两种工作状态下的远场频谱
Fig. 3. Two working status setup of the first resonance.一阶谐振的两种工作状态设置
Fig. 4. Far-field spectra of the first resonance at two working status.一阶谐振两种工作状态的远场频谱
Fig. 5. Two working status and far-field spectra of the third resonance: (a) Working status setup; (b) far-field spectra.三阶谐振的两种工作状态设置及远场频谱 (a)工作状态设置; (b)远场频谱
Fig. 6. Number of fractal microstructure array and imaging model: (a) Number model; (b) imaging model.分形微结构阵列编号及成像模型设置 (a)编号模型; (b)成像模型
Fig. 7. Far-field super-resolution scanning imaging results of microstructure array: (a) 8 × 8 pixel imaging result; (b) 16 × 16 pixel imaging result分形微结构阵列远场超分辨率扫描成像结果 (a) 8 × 8像素点成像结果; (b) 16 × 16像素点成像结果
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Qiang Gao, Xiao-Qiu Li, Zhi-Peng Zhou, Lei Sun.
Received: Apr. 25, 2019
Accepted: --
Published Online: Sep. 17, 2020
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