时间域航空电磁三维反演精度对比数据集

时间域航空电磁三维反演数据是采用理论模型正演结果作为航空电磁响应值输入，另选一初始模型通过多次反演迭代计算得到的地层电导率分布数值结果，并由迭代得到的电导率分布模型正演结果与输入响应值的平均相对误差验证反演的有效性，数据集包含历次迭代得到的空间电导率分布数值文件（包含空间各像素中心xyz坐标和对应的历次迭代模型正果与输入响应值的平均相对误差文件（文件中第5列error为历次迭代平均相对误差数值）

Time-domain airborne electromagnetic (AEM) 3D inversion datasets are developed using the forward modeling results of theoretical models as the input airborne electromagnetic response values. Another initial model is selected to perform multiple inversion iterations, generating numerical results of the subsurface formation electrical conductivity distribution. The validity of the inversion is validated by the average relative error between the forward modeling results of the conductivity distribution model obtained from each iteration and the input response values. The dataset contains two types of files: numerical files of the spatial electrical conductivity distribution derived from each iteration (including the xyz coordinates of the center of each spatial pixel), and average relative error files corresponding to the forward modeling results of each iteration model and the input response values, where the 5th column in these error files records the average relative error values for each iteration.