PPP：峰值脉冲功率

“峰值脉冲功率”（英文全称：Peak Pulse Power）在专业文档和工程应用中常缩写为PPP，以便书写和使用更加高效便捷。这一术语在航天、电子及通信等领域被广泛采用，尤其常见于美国航空航天局（NASA）的相关技术规范与报告文件。

The circuit parameters affecting the increase of peak pulse power of the device have been found.
找出了影响提高器件脉冲峰值功率的电路参数。
When Q-switch and gain switch were applied the peak pulse power was increased and pulse width decreased.
利用增益开关和Q开关双机制作用，压窄了调Q脉宽，提高了输出功率。
It is demonstrated that the system performance was improved observably when the peak pulse power and the dispersion slope were controlled in an acceptable range and the dispersion slope was compensated reasonably.
数值仿真结果表明，合理的控制链路中的脉冲峰值功率和色散斜率，对色散斜率进行适当补偿，可以显著改善高速长途光纤通信系统的系统性能。
The results show that the compression ratio and compressed peak power of the bright pulse depend upon the initial relative peak power of the dark pulse to the bright pulse.
结果表明，亮脉冲的压缩程度与暗孤子相对于亮脉冲的初始峰值功率有关。
Analytical formulas for the peak power, pulse energy, pulse width, energy extraction efficiency, repetition rate and average output power are derived.
计算出了自调Q脉冲的峰值功率，单脉冲能量，脉冲宽度，能量利用率，重复频率，平均输出功率等。

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