通过对探测器、高压电源、传输驱动电路在最坏情况下的可靠性分析，有针对性地对自然伽马测井仪进行了优化设计，效果良好。
The optimize design were processed based on reliability analysis of detector, high voltage source and transmission driven circuit under the worst case, and the evident effect was good.
通过对探测器、高压电源、传输驱动电路在最坏情况下的可靠性分析，有针对性地对自然伽马测井仪进行了优化设计，效果良好。
The optimize design were processed based on reliability analysis of detector, high voltage source and transmission driven circuit under the worst case, and the evident effect was good.
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