光纤-金刚石集成温度传感

主要面向集成化量子传感器的研究，通过光纤激发并收集NV色心荧光信号，使用光电探测器测量荧光变化，并使用锁相放大器读出测试数据，发表论文Rev. Sci. Instrum. 92, 044904 (2021)，主要记录了荧光电压、金刚石温度随激光功率的变化，最优温度传感对应的微波参数测量，金刚石-光纤温度计的温度探测，不同浓度氮含量的金刚石零场ODMR探测结果，不同氮浓度的金刚石在温度传感性能上的对比，光纤-金刚石温度计对芯片表面的温度分布进行探测数据，数据量20MB。

This dataset is primarily designed for research on integrated quantum sensors. It excites and collects NV center fluorescence signals via optical fibers, measures fluorescence changes using photodetectors, and reads out test data with a lock-in amplifier. The corresponding published paper is *Rev. Sci. Instrum.* 92, 044904 (2021). The dataset mainly records the following contents:
1. Variations of fluorescence voltage and diamond temperature with laser power;
2. Microwave parameter measurements corresponding to optimal temperature sensing;
3. Temperature detection data of diamond-fiber thermometers;
4. Zero-field ODMR detection results of diamonds with different nitrogen concentrations;
5. Comparisons of temperature sensing performance among diamonds with varying nitrogen concentrations;
6. Temperature distribution detection data of chip surfaces measured by fiber-diamond thermometers. The total data size is 20 MB.

搜集汇总

背景与挑战

背景概述

该数据集专注于光纤-金刚石集成温度传感技术，用于集成化量子传感器研究，通过光纤激发并收集NV色心荧光信号来测量温度。它包含荧光电压、金刚石温度随激光功率变化等实验数据，数据量约为20MB。