FIGS. 5a and 5b illustrate embodiments in which multiple pump light sources are used.
图5a与图5B示出了使用多个泵浦光源的实施例。
The third research point of the paper is how the form of pump light affects the quality of DPL.
本文将研究泵浦光泵浦形式对DPL性能的影响作为第三个研究重点。
The relations between the gain and signal light intensity and pump light intensity are analyzed.
就增益随信号光及泵浦光光强的变化作了分析。
The combined pump light is received by the optical concentrator 108 through dichroic filter 106.
组合的泵浦光通过二向色滤光片106被光学集中器108接收。
The second research point of the paper is how the distribution of pump light affects the quality of DPL.
本文将研究泵浦光场分布对DPL性能的影响作为第二个研究重点。
The structure of the invention is beneficial to improving the absorption efficiency of the gain medium on the pump light;
本发 明的结构有利于提高增益介质对泵浦光吸收效率；
The results show that if the quality of pump light is improved, the crystal length is optimum, the pump intensity, wave leng...
结果表明，为得到高的转换效率，应努力改善泵浦光束质量，使晶体长度处于最佳值，并注意适当选择泵浦光强、波长和脉宽。
The light emitting device 102 produces, e. g., ultraviolet pump light and the wavelength converting element 110 producing blue light.
发光装置102产生(例如)紫外泵浦光且波长转换元件110产生蓝光。
As discussed above, the dichroic filter 106 passes the pump light and reflects light emitted by the wavelength converting element 110.
如上文所讨论的那样，二向色滤光片106传递泵浦光并反射波长转换元件110所发射的光。
As illustrated in FIG. 2, the pump light, which is e. g., blue or ultraviolet, is concentrated at the wavelength converting element 110.
如图2所示，例如，为(例如)蓝光或紫外光的泵浦光集中于波长转换元件110处。
According to the relationship between the crystal doping concentration and the laser pump light absorption, gives the ladder doped crystal.
根据激光晶体掺杂浓度与泵浦光吸收之间的关系得出了阶梯掺杂晶体模型。
The primary application for the diode laser bar is as a pump light source for use in solid-state lasers for medical and industrial applications.
半导体激光器主要用做医用和工业用固体激光器的光源泵。
The pump light from the light emitting device 102 will excite the wavelength converting element 110 and light with lower energy will be produced.
来自发光装置102的泵浦光将激发波长转换元件110并且将产生具有较低能量的光。
The inhomogeneous distribution of gain coefficient is inevitable because of the inhomogeneous distribution of pump light intensity in laser medium.
这样光强分布的不均匀必然导致增益分布的不均匀，因此，在考虑自再现模时有考虑增益系数分布状态的必要。
For short fiber, the output laser power and slope efficiency can be improved when a reflective mirror is set at output end to reflect the pump light.
当光纤长度较短时，在输出端放置反射镜使泵浦光高反射，可以提高输出功率和效率。
The zero-dispersion wavelengths of the HNLFs are on the short wavelength side of a pump light wavelength, and are shorter towards the output side HNLF.
所述偏光保持高度非线性光纤的零色散波长与泵浦光波长相比位于短波长侧，并且朝着所述偏光保持高度非线性光纤的输出侧变短。
The results of experiment indicate: the laser amplifier with side-directly-pumped coupling system has uniform pump light distribution and gain distribution.
实验结果表明：采用侧面直接抽运耦合系统的激光放大器有均匀的抽运光分布场和增益分布场。
In addition, we increase the number of the dielectric layer of photonic crystal or the intensity of pump light, the mode competition will be more pronounced.
另外，增大光子晶体介质层数目或是增大泵浦光强度，模式竞争现象更加明显。
Stability of pulsewidth of backward stokes output is dominated by the stability of pump light. The theoretical prediction is verified by experimental results.
证实了后向斯托克斯输出脉宽的稳定性主要由泵浦光的稳定性决定。实验结果与理论预言完全符合。
The threshold values of pump pow rs under the conditions of CW and pulse pump light sources are calculated. The optimal pump light frequencies are pointed ou…
分析了用连续泵浦光和脉冲泵浦光两种情况下的阈值关系，指出了泵浦光的最佳频率选择。
The next steps will be to route the receiver antenna outside the WTC, cut off the battery terminal poles and also figure out what to do with the bilge pump light.
接下来的步骤将是路线，接收天线以外的世台会，切断电池终端两极并计算出该怎么办与舱底泵轻。
By use of rate equations, we have analyzed the effect ot laser wavelength radiation in pump light source on excited state population accumulation of laser medium and laser threshold.
本文用速率方程分析了泵浦光源中激光波长辐射对激光介质激发态粒子数积累和激光器阀值的影响情况。
Furthermore, we analysis the effect of difference inner-cladding structures on the absorption efficiency of pump light, and the fiber length has a significantly impact on output power.
分别介绍了单包层光纤和双包层光纤的结构，分析它们的传输特性，讨论了内包层形状对泵浦光吸收效率的影响以及光纤长度对输出功率的影响。
The conversion efficiency of the average power is 4.2% from pump diode to OPO signal output and the signal pulse duration is about 13 times shorter than that of the depleted pump light.
实验中获得的由二极管注入泵浦功率至opo信号光平均输出功率的转换效率达4.2%，信号光脉冲宽度比消耗后的泵浦光脉冲宽度压缩了13倍。
When the quasi-periodic quasi-structure of random medium interacts with matching pump light, the interference effect under its whole multiple scattering leads to lasing in random medium.
无序介质激光是由该介质的非周期—类结构与相匹配的泵浦光场相互作用时其整体多重散射的干涉效应产生的。
It is inevitable that a gain medium exists always in a practical laser resonator. Moreover, it is impossible to ensure the pump light intensity distribution in the laser medium is uniform.
实际的激光腔不可避免有增益介质的存在，同时，也不可能保证光强的泵浦分布是均匀的。
Both the spatial distribution of the pump source and the absorption properties of crystal decides the spatial distribution of the absorbed pump light in the crystal and the heat consumption.
泵浦源的空间分布以及晶体的吸收性质这两者共同决定了吸收泵浦光在晶体中的空间分布和热耗。
The theoretical solution of the pump light absorption in a 4-level solid state gain medium was presented by solving light transport and coupled rate equations of pump process in gain medium.
从激光介质中光能量的传输方程和速率方程出发，讨论了增益介质对抽运光的吸收问题。
Alternatively, a dichroic filter may be used over the wavelength converting element 110 to reflect the transmitted pump light back into the wavelength converting element 110 for a second pass.
或者，二向色滤光片可在波长转换元件110上使用以将所透射的泵浦光反向反射到波长转换元件110内用于二次传递。
As the pump light incident port of the heating cylinder is provided with the convex lens to increase the light intensity of pump light, the performance of the cavity-cell system is guaranteed.
在加热筒抽运光入射端口加装凸透镜增大抽运光光强，确保了腔泡系统性能。
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