In this work, performance analysis of functionalized silicene nanoribbons‐ (SiNRs) based photodetector is evaluated using Atomistix Tool kit software. The functionalized SiNRs were obtained by co‐decorating them with lithium atoms on one side and chlorine atoms on the other side. The performance of photodetector is analyzed in terms of spectral response, responsivity and detectivity, which are found to be <450 nm, 8.33 × 10³ AW⁻¹, and 4.94 × 10¹² Jones, respectively. In addition, the calculated results were compared with modern photodetectors based on other materials. The comparative study reveals that the proposed device offers better performance than these photodetectors. Therefore, the modeled device will find a number of potential applications in optoelectronics.

中文翻译：

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功能化的基于硅纳米带的光电探测器的性能分析

在这项工作中，使用Atomistix Tool kit软件评估了基于功能化硅纳米带（SiNRs）的光电探测器的性能分析。通过在一侧用锂原子和在另一侧用氯原子共装饰获得功能化的SiNR。根据光谱响应，响应度和检测度分析光电检测器的性能，发现它们分别为<450 nm，8.33×10 ³ AW ^-1和4.94×10 ¹² 琼斯分别。此外，将计算结果与基于其他材料的现代光电探测器进行了比较。对比研究表明，所提出的器件比这些光电探测器具有更好的性能。因此，建模的设备将在光电领域找到许多潜在的应用。