碳纳米管集成光学天线的太赫兹探测器数据集

构建光学天线集成的碳纳米管太赫兹探测器，根据耦合摸理论，利用光学超材料以及碳纳米管的各项异性设计并优化器件尺寸，实现了光学天线集成的碳纳米管探测器高偏振灵敏度吸收，采用电磁仿真计算了吸收和反射谱，以及场分布相关特性，数据量约1.37MB

Optical antenna-integrated carbon nanotube terahertz detectors were developed. Based on coupled-mode theory, the device dimensions were designed and optimized by leveraging optical metamaterials and the anisotropy of carbon nanotubes, enabling high polarization-sensitive absorption for the detectors. Electromagnetic simulations were employed to calculate the absorption and reflection spectra as well as the field distribution-related characteristics. The total dataset size is approximately 1.37 MB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于光学天线集成的碳纳米管太赫兹探测器，通过光学超材料与碳纳米管各向异性设计优化器件尺寸，实现了高偏振灵敏度吸收。它包含基于电磁仿真计算的吸收和反射谱以及场分布特性数据，总数据量约为1.37MB。