The common-depth-point technique merely means the manifold repetition of each reflection observation with different source-detector geometry.
其深度点技术仅意味着用不同的震源——检波器的分布形式多次重复每个反射观测。
Through experiments, the source, detector, optimal geometry, calibration system, math model, calculating programs, electronics and microcomputer were established.
通过实验确定了放射源、探测器、最佳几何响应、率定系统、数学模型、计算程序、测量线路和微机。
In this viewing geometry, the spatial footprint of each Diviner detector was roughly 300 by 700 meters.
在这个几何观测角度下，预言家探测仪的每次探测的空间投影范围大约在300米和700米见方。
In order to determine the background distribution in the environment around the detector, an empty sealed beaker was counted in the same manner and in the same geometry as the samples.
为了确定探测器周围环境中的背景分布，一个空的密封烧杯计算以同样的方式，在相同的几何形状的样品。
In order to determine the background distribution in the environment around the detector, an empty sealed beaker was counted in the same manner and in the same geometry as the samples.
为了确定探测器周围环境中的背景分布，一个空的密封烧杯计算以同样的方式，在相同的几何形状的样品。
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