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当前位置： 首页 > 论文投稿 > 求助推荐接受metasurface(超表面) 方向的中文核心期刊 求助推荐接受metasurface(超表面)方向的中文核心期刊 作者 1126431483 来源: 小木虫 3850 77 举报帖子 +关注 借助广大虫友，寻找接收超表面相关方向的中文核心，审稿周期 ...
期刊： JOURNAL OF APPLIED PHYSICS, 2019; 125 (2) In this paper, we propose a dual manipulation on wave-front in the X band based on a reconfigurable water-based metasurface. We design and test a metasurface integrated with a saline-water substrate and PIN diodes.
期刊 发现 社区 招聘老师 当前位置： 首页 > 博后之家 > 高薪诚聘（税后>22万）Metasurface或Surface Plasmons相关 方向博士后 高薪诚聘（税后>22万）Metasurface或Surface Plasmons相关方向博士后 作者 xdlhuawei 来源: 小木虫 700 14 举报帖子 +关注 ...
Applied optics. Multiwavelength achromatic metasurfaces by dispersive phase compensation. The replacement of bulk refractive optical elements with diffractive planar components enables the miniaturization of optical systems. However, diffractive optics suffers from large chromatic aberrations due to the dispersion of the phase accumulated by ...
The metasurface constructed in this paper has a distribution of spatially varying optical axes, and can manipulate the polarization of light accurately. Particularly, if the optical axis orientation of metasurface changes continuously along the azimuth direction, an azimuth-dependent PB phase, i.e. a vortex phase, will be imparted to the beam.
摘要. 为抑制激光散斑现象，利用时间平均抑制散斑理论的基本思想，设计了一个具有高透射率、随机相位功能的超表面结构，并结合MEMS技术实现了微纳旋转载台的设计制造，实现了超小型的散斑抑制器件制造.实验结果显示激光散斑对比度可降低至2.63%，满足 ...
当前位置： 首页 > 论文投稿 > 求助推荐接受metasurface(超表面) 方向的中文核心期刊 求助推荐接受metasurface(超表面)方向的中文核心期刊 作者 1126431483 来源: 小木虫 3850 77 举报帖子 +关注 借助广大虫友，寻找接收超表面相关方向的中文核心，审稿周期 ...
期刊： JOURNAL OF APPLIED PHYSICS, 2019; 125 (2) In this paper, we propose a dual manipulation on wave-front in the X band based on a reconfigurable water-based metasurface. We design and test a metasurface integrated with a saline-water substrate and PIN diodes.
期刊 发现 社区 招聘老师 当前位置： 首页 > 博后之家 > 高薪诚聘（税后>22万）Metasurface或Surface Plasmons相关 方向博士后 高薪诚聘（税后>22万）Metasurface或Surface Plasmons相关方向博士后 作者 xdlhuawei 来源: 小木虫 700 14 举报帖子 +关注 ...
Applied optics. Multiwavelength achromatic metasurfaces by dispersive phase compensation. The replacement of bulk refractive optical elements with diffractive planar components enables the miniaturization of optical systems. However, diffractive optics suffers from large chromatic aberrations due to the dispersion of the phase accumulated by ...
The metasurface constructed in this paper has a distribution of spatially varying optical axes, and can manipulate the polarization of light accurately. Particularly, if the optical axis orientation of metasurface changes continuously along the azimuth direction, an azimuth-dependent PB phase, i.e. a vortex phase, will be imparted to the beam.
摘要. 为抑制激光散斑现象，利用时间平均抑制散斑理论的基本思想，设计了一个具有高透射率、随机相位功能的超表面结构，并结合MEMS技术实现了微纳旋转载台的设计制造，实现了超小型的散斑抑制器件制造.实验结果显示激光散斑对比度可降低至2.63%，满足 ...
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