在利用神经网络对放射性勘探数据进行建模后，面临着如何在计算机中实现的问题。
After modeling the radioactive prospecting data using neural network, there is a problem about how to achieve it in the computer.
土壤放射性测氡是一种简便易行、经济快速、效果十分明显的勘探方法。
The method of measuring radioactive radon in the soil is simple, economic and effective.
还有一种地球物理勘探仪器，这就是盖格计数器。它用来探查放射性物质的存在。
Still another geophysical device. That is Geiger counter, which detects the presence of radioactive substances.
利用放射性方法勘探油气藏，经历了数十年反复试验与研究，日趋成熟，效果显著。
After a period of study and field test for some decades, this technique is gradually matured and substantial results are obtained.
其结果与遥感解译的线性构造位置交汇处相吻合，证明了放射性测量方法的有效性，达到了对测区的初步勘探目标。
The results coincided well with the linear structure intersections interpreted by remote sensing, reflecting the effectiveness of radiometric measurements in underground thermal water exploration.
其结果与遥感解译的线性构造位置交汇处相吻合，证明了放射性测量方法的有效性，达到了对测区的初步勘探目标。
The results coincided well with the linear structure intersections interpreted by remote sensing, reflecting the effectiveness of radiometric measurements in underground thermal water exploration.
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