根据理论模型计算了纵模限制因子、阈值增益、光增益、输出功率等特征参数。
We calculated longitudinal confinement factor, threshold gain, optical gain and output power etc through theoretical model.
论文对气体击穿现象进行了理论分析，最终确定出与微波输出功率相对应的最佳工作真空度，避免气体击穿现象的发生。
In this paper this phenomenon is analyzed theoretically, and finally the best vacuum degree in correspondence with different microwave power is found out to avoid this phenomenon.
从理论和实验上分析了剩余反射率与SLA的输出光功率关系及温度对其输出功率的影响。
The relations among the residual reflectivity, temperature and the output power of SLA are analyzed theoretically and experimentally.
介绍了这种螺旋芯光纤的原理和其提高输出功率的能力，以及目前的理论与实验研究现状。
The operation principle of this helical-core fiber laser and its latest theoretical and experimental development are specified.
理论上证明了当阶数小于噪声特征指数的一半时，分数低阶阵列输出功率有界。
It is shown theoretically that the fractional lower order array output power is bounded when the fractional lower order is less than half of the characteristic exponent of the noise.
对薄片激光器的输出特性进行了分析，设计了相关参数，并在此参数下得出了光束质量、输出功率和转换效率的理论值。
Characteristics of thin disk laser are analyzed. By using some relevant parameters, we obtain numerical values of beam quality, output power and conversion efficiency.
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。用速率方程理论对过程计算，与实验结果较符合。
When Q-switch and gain switch were applied the peak pulse power was increased and pulse width decreased. A comparison of experimental data with rate-equation theory was made, and agreed well.
为提高光纤激光器的输出功率提供了理论依据。
It will be helpful for improving the output power of fiber lasers in theories.
而叶片增厚对燃气轮机输出功率的影响与燃机运行中的积垢非常相似，必然会引起功率下降。因而，本文从理论上阐明了某些燃气轮机出力不足的必然性。
While the effect of blade thickening on gas turbine output is very much similar to that of blade deposition, the decrease of output will be evident.
同时从理论上分析了增益光纤长度、泵浦功率、输出镜透射率等因素对激光器输出脉冲波形和输出功率的影响。
The parameters, such as the fiber length, pump power and the transmissivity of the output mirror, which affect the output power and pulse linewidth, were analyzed.
同时从理论上分析了增益光纤长度、泵浦功率、输出镜透射率等因素对激光器输出脉冲波形和输出功率的影响。
The parameters, such as the fiber length, pump power and the transmissivity of the output mirror, which affect the output power and pulse linewidth, were analyzed.
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