论文标题
出现的问题：在有效的Epsilon-near-Zero Ultranarow同轴孔径中对中国非局部的建模和观察
Matters Arising: Modeling and observation of mid-infrared nonlocality in effective epsilon-near-zero ultranarrow coaxial apertures
论文作者
论文摘要
在“有效的Epsilon-Near-Near-near-Zero Ultranarow同轴孔径中中海非局部性的建模和观察”中，作者对金属膜中同轴孔径阵列进行了红外传输测量。他们声称共振的蓝移是非局部性的结果。他们声称粗糙度不会产生转变。这与过去的等离子体学，模拟以及一些同一作者的过去发表的主张相反。此外，正如在其他地方报道的那样，原子层沉积发生的平面化影响将产生蓝班。最后，不同的非局部模型，时间依赖性密度功能理论和其他实验观察之间的差异都使您质疑为此方案选择的特定非局部模型的准确性。
In "Modeling and observation of mid-infrared nonlocality in effective epsilon-near-zero ultranarrow coaxial apertures" the authors perform infrared transmission measurements on coaxial aperture arrays in metal films. They claim that the blue-shift of the resonances is the result of nonlocality. They claim that roughness will not produce a shift. This is contrary to past results in plasmonics, to our simulations and to past published claims from some of the same authors. Furthermore, the effect of planarization that occurs for atomic layer deposition, as has been reported elsewhere, will produce a blue-shift. Finally, discrepancies between different nonlocal models, time-dependent density functional theory and other experimental observations all call into question the accuracy of the particular nonlocal model chosen for this regime.
