Using numerical simulation results, basic parameter of fiber laser was analyzed and demonstrated, and which is the theoretical basis for optimized design of fiber laser.
利用数值模拟结果对光纤激光器基本参量进行分析和论证。为光纤激光器的优化设计提供理论依据。
In order to increase the output power of incoherent fiber laser combination, the optimized methods are put forward, mainly concentrating on the fiber laser array.
为了增加光纤激光非相干组束的输出功率，针对光纤激光器阵列提出了优化的方法。
Normally as a result, material removal rates and therefore dicing speed is lowered and the laser capability with respect to the available power is far from optimized.
通常情况下，剥离速度和切割速度都是很低的。基于其本身的能力来讲，激光器没有运行在最优化的状态下。
The parameter - optimized laser fusion cutting can obtain smooth cut edges without dross and oxidation.
工艺参数优化后的激光无氧切割可获得基本无挂渣、无氧化的光滑切割断口。
The effects of parameters on the amount and quality of laser milling were discussed. Moreover, various laser millings on horniness alloy were realized by the use of the optimized or composite arts.
分析了工艺参数对铣削量和铣削质量的影响，并利用优化或复合的工艺对硬质合金试样进行多样激光铣削。
Through orthogonal experiment, laser power, scanning rate and gas flow were optimized and pretreatment techniques were adopted to cancel pore and crack in laser weld of LY12CZ.
为消除LY 12 CZ铝合金激光焊接时焊缝中常见的气孔和裂纹缺陷，通过正交实验，优化了激光功率、扫描速度、保护气体流量等工艺参数，并采取适当的焊前预处理工艺。
Laser power and other characteristics can be optimized in different repetition rates.
激光功率和其它特性可优化在不同的重复频率范围。
The some lens and their optimized combination are used to get satisfied collimation effect of laser beam.
通过优化光学镜头组合，对半导体激光分散光束进行了平行准直。
The laser sintering parameter was optimized successfully according to exported results.
根据输出结果成功进行激光烧结工艺参数优化。
Based on the analysis, the heat sink materials, cooling liquid, the heatsink structure, and the bonding of laser bar are optimized in order to increase the transfer efficiency.
通过分析，对微通道热沉材料、冷却液、微通道热沉的结构参数以及热沉与激光器列阵条的封装等进行了优化设计。
The laser texturing parameter had been optimized, and the common texture figure of plastic product was designed.
对模具激光蚀刻工艺参数进行了优化；并设计了塑料产品常见的蚀纹图案。
Adopting optimized machining parameters of Laser-Microjet, higher cutting speed, higher surface quality, no surface contamination, and no oxidation is visible.
采用优化的水导引激光加工参数，对材料去除效率高，加工质量好，不产生污染空气的加工产物。
A computer program was written to find the optimized values of partition of pump laser energy and length of dye cell for a given set of parameters.
对于其他参量确定的放大系统，存在着最佳的抽运能量分配比例和最佳的染料池长度的选取方法。
The feasibility of the technique is analyzed and the main parameters of AWG written by ultraviolet laser pulses are worked out. The technological process has been designed and optimized as well.
对紫外写入法制作awg的可行性和优缺点进行了分析，设计了AWG的基本参数，并对整个工艺流程进行了设计和优化。
The optimized KTP was used for second harmonic generation(SHG) in CW laser.
本文利用改性KTP晶体，进行了纯连续激光倍频实验。
The processing parameters of YAG laser drilling were optimized by artificial neural network. The thickness of recast layer was decreased to about 10 micron.
本文通过人工神经网络技术对YAG激光打孔的工艺进行了优化，使再铸层厚度从一般情况下的几十个微米降低到十个微米左右。
Meanwhile, the effect of optical injection in erbium-doped fiber laser was investigated, and the optimized wavelength to control the lasing wavelength has been found.
此外，还研究在掺铒光纤激光器中注入光实现波长可开关的光控机制并找到了抑制腔内激发波长的最优注入光波长。
The ratios of monomers and emulsifier were investigated and optimized as well; the other factors influencing the diffraction efficiency on recording process of laser holography imaging were discussed.
探讨了共聚体系中各单体的组成、乳化剂的用量和比率对涂料性能的影响以及影响该涂层复制全息图衍射效率的相关因素。
The measurement result is optimized by using the rotating grating for splitting laser light and producing frequency shift to determine the fluid direction.
采用旋转光栅分束产生频移来辨别流向，使测量最佳化。
MVT is introducing two laser sensors series, CLS and XLS optimized for hand-held operations, highly accurate and truly mobile, based on proprietary technology.
公司推出了两款激光传感系列产品——CLS和XLS ，适合手持式操作，以自主知识产权技术为核心，具有准确度高、可移动等特点。
PC 214 is a new generation laser particle counter optimized for applications in compressed air or compressed gases.
PC 214是新一代的激光颗粒计数器，专门针对压缩空气和压缩气体应用。
PC 214 is a new generation laser particle counter optimized for applications in compressed air or compressed gases.
PC 214是新一代的激光颗粒计数器，专门针对压缩空气和压缩气体应用。
应用推荐