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Nanosurfaces for nanosensing

机译:纳米表面用于纳米传感

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摘要

Nanoscale electric field confinement and enhancement is a well known phenomenon for small particles and flat interfaces. Senspex is using E-Beam lithography to develop nanosensors for the detection of biological and chemical hazards. The sensors that are being developed are a square array of metallic cubes; each cube has dimensions of approximately 100nm × 100nm × 30nm and a pitch of 125nm in the x- and y-directions. Senspex's numerical simulations show that the intense electric field in the minute volume between the cubes will lead to a high probability of detection for small concentrations of analyte in real world situations.
机译:对于小颗粒和平坦界面,纳米级电场的约束和增强是众所周知的现象。 Senspex正在使用电子束光刻技术来开发用于检测生物和化学危害的纳米传感器。正在开发的传感器是金属立方体的方形阵列。每个立方体的尺寸约为100nm×100nm×30nm,在x和y方向上的间距为125nm。 Senspex的数值模拟表明,在立方体之间的微小体积中的强电场将导致在现实世界中检测低浓度分析物的高可能性。

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