The output power and optical efficiency of different resonator parameters and pump power have been analyzed with numerical calculation.
用数值计算给出了不同腔参数和不同的抽运功率下的输出功率和光一光效率图。
The band stop output characteristics of the spun elliptical birefringent fiber optic ring resonator are analysed and calculated.
对扭转椭圆双折射光纤环形腔的带阻输出特性进行了分析和计算。
The experimental results showed that good beam quality was obtained with a hybrid unstable resonator in which useful output energy was obtained by transmission through a partially transparent mirror.
实验结果表明对于高增益的准分子激光，采用部份透射镜作耦合输出的混合型非稳腔可以使准分子激光的发散角减小到毫弧度量级。
The results show that the hybrid resonator is suitable for slab laser to obtain a good beam quality output laser.
实验结果表明，在复合板条激光器中可以采用混合谐振腔获得较好光束质量的激光输出。
On this foundation, a set of parameters of the resonator is selected regarding the best output power curve as the target.
在此基础上，以最佳输出功率曲线为目标，选择了一组腔参数。
Based on this formula, the effects of the linewidth of input laser and the parameters of an active fiber ring resonator on the output linewidth were discussed.
从该公式出发，详细分析了环形腔输入光线宽和环形腔参数对输出光谱谱型和线宽的影响。
The output band stop characteristics of the fiber optic ring resonator(FORR) are theoretically derived in consideration of additional phaseshift induced by loss of the couper.
从理论上导出了考虑耦合损耗引起的附加相移后光纤环形腔的带阻输出特性。
The ABCD matrix of an active resonator has been deduced, and the conditions of the stable resonator and the thermal-insensitive laser output mode have been discussed.
推导出有源谐振腔abcd传输矩阵，讨论了谐振腔稳定性条件和输出模式的热稳定性条件。
Under the same experimental condition, the output energy in colliding resonator has 50% increment compared to that in a conventional plane-plane resonator.
在相同的泵浦能量条件下，对撞腔的输出能量高于普通平-平腔50%。
Partially end-pumped slab laser is an innovative solid state laser. Combining the hybrid resonator with partially end-pumping, the output power can be scaled at high beam quality(called InnoSlab).
部分端面抽运的板条激光器是一种新型固体激光器，配合混合腔可以实现在大功率下保持高光束质量的激光振荡输出。
For a certain resonator, it is necessary to find out the optimum position of the laser rod to achieve maximum output power.
对于给定的腔型，为获得最大的稳定激光输出，必须选择最佳的激光棒位置。
The Q-factor , output gain and frequency of cleavage of resonator which were effected by the thickness of adhesive layer, material properties and defects in adhesive layer were detailedly analyzed.
重点研究了粘胶层厚度、材料特性、以及胶层中有缺陷等因素对谐振子的Q值、输出增益、频率裂解的影响。
It is proven that an effective output of green laser can be achieved with unstable resonator and side pump module.
研究表明利用非稳腔腔型，在侧面抽运的模块中，可以实现高效的大功率绿光输出。
The results also show that it's feasible to achieve laser's coherent output by using the corner cube array resonator.
实验证实了利用角锥棱镜阵列谐振腔实现激光器相干输出的可行性。
In order to improve the output quality of the laser, we brought forward the concept of double pre-ionization, which is beneficial for the effective excitation of the laser media in the resonator.
为了提高激光器输出性能，我们提出了有利于腔内介质有效激发的双预电离概念。
Therefore the square resonator with an output waveguide is a promising candidate to realize single-mode directional emission microcavity lasers.
因此带输出波导的正方形谐振腔是一种可以获得单模定向发射的微腔激光器，具有广泛的应用前景。
In order to get a dual-wavelength tunable CO2 laser, a two-resonator laser is developed, which consists of an output coupler and two diffraction gratings.
为了获得两束波长不同的可调谐CO2激光脉冲，激光器采用双光栅与输出镜构成双谐振腔的结构设计。
In order to get a dual-wavelength tunable CO2 laser, a two-resonator laser is developed, which consists of an output coupler and two diffraction gratings.
为了获得两束波长不同的可调谐CO2激光脉冲，激光器采用双光栅与输出镜构成双谐振腔的结构设计。
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