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您的检索式：作者名="Matteo Barelli"
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| 1 | Large-area flexible nanostripe electrodes featuring plasmon hybridization engineering显示文摘Multifunctional flexible Au electrodes based on one-dimensional(1D)arrays of plasmonic gratings are nanofabricated over large areas with an engineered variant of laser interference lithography optimized for low-cost transparent templates.Au nanostripe(NS)arrays achieve sheet resistance in the order of 20 Ohm/square on large areas(∼cm^(2))and are characterized by a strong and dichroic plasmonic response which can be easily tuned across the visible(VIS)to near-infrared(NIR)spectral range by tailoring their cross-sectional morphology.Stacking vertically a second nanostripe,separated by a nanometer scale dielectric gap,we form near-field coupled Au/SiO_(2)/Au dimers which feature hybridization of their localized plasmon resonances,strong local field-enhancements and a redshift of the resonance towards the NIR range.The possibility to combine excellent transport properties and optical transparency on the same plasmonic metasurface template is appealing in applications where low-energy photon management is mandatory like e.g.,in plasmon enhanced spectroscopies or in photon harvesting for ultrathin photovoltaic devices.The remarkable lateral order of the plasmonic NS gratings provides an additional degree of freedom for tailoring the optical response of the multifunctional electrodes via the excitation of surface lattice resonances,a Fano-like coupling between the broad localised plasmonic resonances and the collective sharp Rayleigh modes. | Carlo Mennucci Debasree Chowdhury Giacomo Manzato Matteo Barelli Roberto Chittofrati Christian Martella Francesco Buatier de Mongeot | 2021 | Nano Research2021，14，3： | 1 |
| 2 | Plasmon hybridization engineering in self-organized anisotropic metasurfaces显示文摘自我组织的 plasmonic metasurfaces 的工程与散焦的离子横梁劈啪作响用一种无面具的技术被表明并且运动地控制了免职。建议可靠、划算、可控制的途径启用大区域(方形的厘米的顺序) 亚波长有拥挤不堪的金 nanostrips 的周期的 patterning。方法的多水平变体导致垂直地叠的 nanostrip 的高分辨率的生产更暗淡的数组,没有诉诸平版画的途径。这些自我组织的 metasurfaces 的设计被采用电浆子杂交方法优化。特别地, nanostrip dimers 的所谓的差距电浆子配置上的初步的结果,在在红外线附近的范围的实现的磁性的偶极子回声,被报导。这回声提供优异敏感和地改进,与更常规的电的偶极子回声相比。nanostrip 配置的翻译不变性导致热点的一个高充满因素。这些先进特征基于为提高表面的线性、非线性的光谱学很吸引人的差距电浆子 nanostrip dimers 做大区域的 metasurface (例如,散布的提高表面的拉曼) 并且在太阳、光电的房间收获的提高电浆子的光子。 | Maria C. Giordano Stefano Longhi Matteo Barelli Andrea Mazzanti Francesco Buatier de Mongeot Giuseppe Della Valle | 2018 | Nano Research2018，11，7： | 1 |
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