NMR-EPR高精度原子磁强计装置灵敏度采集数据（2021年6月）

NMR-EPR 磁强计通过测量电子自旋-核自旋系综的进动角获取矢量磁场，利用电子自旋测量垂直于驱动光方向的两个磁场、核自旋测量平行于驱动光方向的磁场，从原理上实现三轴一体矢量测量。其中灵敏度指标为重要评估指标，该资源数据提供高精度原子磁强计装置在X轴和Y轴的灵敏度指标。

NMR-EPR magnetometer acquires vector magnetic fields by measuring the precession angles of the electron spin-nuclear spin ensemble. It employs electron spins to measure two magnetic fields perpendicular to the driving light direction, and nuclear spins to measure the magnetic field parallel to the driving light direction, thereby theoretically realizing triaxial integrated vector measurement. Sensitivity is a critical evaluation indicator, and this dataset provides the sensitivity metrics of the high-precision atomic magnetometer setup along the X and Y axes.

搜集汇总

背景与挑战

背景概述

该数据集为2021年6月采集的高精度原子磁强计装置灵敏度数据，基于NMR-EPR技术实现三轴一体矢量磁场测量，重点提供X轴和Y轴的灵敏度指标，用于评估磁强计性能。