端-侧面组合抽运方案是提高DPL调Q脉冲峰值功率和压缩脉冲宽度的有效技术途径。
The end and side composite pumping is an effective way to raise the Q-switching peak power and to compress the pulse width of the Q-switched pulse in a DPL.
研究表明，合理设置门控脉冲宽度能够有效减小各种因素带来的干扰，提高探测器的性能。
It is shown that a reasonable gate-pulse width can effectively reduce the interference caused by a variety of factors and improve detection performance.
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