laser output power中文是什么意思

• 激光输出功率

• "laser"中文翻译    n. 镭射激光，受激发射光，激光；莱塞；激光器，光激射器 ...
• "output"中文翻译    n. 1.产量；生产，出产，产品。 2.【医学】(粪便以 ...
• "power"中文翻译    n. 1.力，力量；能力；体力，精力；(生理)机能；〔常 ...
• "laser output power stabilization" 中文翻译 :    激光输出功率稳定化
• "laser output" 中文翻译 :    激光输出
• "output power" 中文翻译 :    发送功率; 输出功率
• "output-power" 中文翻译 :    输出功率
• "power output" 中文翻译 :    电源输出; 动力输出; 功率输出; 输出功率
• "laser power" 中文翻译 :    激光功率; 激光能量
• "coherent laser output" 中文翻译 :    相干激光输出
• "high output laser system" 中文翻译 :    高输出激光系统
• "laser output characteristic" 中文翻译 :    激光输出特性
• "laser output frequency" 中文翻译 :    激光输出频率
• "laser output spectrum" 中文翻译 :    激光输出光谱
• "laser output stability" 中文翻译 :    雷射输出稳定度
• "laser output wavefront" 中文翻译 :    激光输出波前
• "laser spectral output" 中文翻译 :    激光光谱输出
• "low output laser system" 中文翻译 :    低输出激光系统
• "oscillatory laser output" 中文翻译 :    激光振荡输出; 激光振动输出
• "polarizaiton of laser output" 中文翻译 :    激光输出偏振度
• "polarization of laser output" 中文翻译 :    激光输出偏振度
• "acoustic output power" 中文翻译 :    声输出功率
• "acoustic power output" 中文翻译 :    声功输出
• "adapter output power" 中文翻译 :    电源适配器输出功率
• "aet expressed in power output" 中文翻译 :    以做功量表示的需氧椿阈; 以做功量表示的需氧代谢阈

• Measuring methods for laser output power
  激光输出功率的测量方法
• Laser output power before fiber coupling according to the coupling efficiency
  4 .客户可以依据光纤耦合效率来计算光纤耦合前激光器的
• Inside cool water circulation system can guarantee invariance temperature , stable laser output power
  内封闭制冷循环系统，循环水可保证恒定温度，激光功率输出稳定。
• Some important parameters , such as the small signal gain , the saturation gain and the laser output power , are described for a typical sealed - off co2 laser
  然后，对典型的封离型二氧化碳激光系统，讨论了小信号增益，饱和增益以及激光的输出功率
• When a portion of light emitted from a laser source is reflected or scattered back into the laser cavity by an external target , the reflected light will mix with the light inside the cavity , causing a modulation of the laser output power
  激光自混合效应是指激光器输出的光被外部物体反射或散射后，其中一部分光又反馈回激光器的谐振腔，反馈光携带了外部物体的信息。与腔内光相混合后，会调制激光器的输出，称为自混合效应。
• The paper describes a cw , non - cooling , digital all - solid - stated ld pumped nd : yvo4 driver which adopts microprocessor control , stability power of laser feedback and laser output power about 10mw . the system is composed of constant current source , soft diagram , protection , pulse schematic and laser power feedback loop . by combining appropriate hardware and software , we achieved , in our driver , a variety of protection features including the ability to suppress transients and reduce noise , relay soft and hardware over - current protection and overvoltage shut - off , we have obtained a continuously adjustable laser power output with high accuracy and stability
  介绍一种采用单片机控制的连续运转无制冷、数字式光反馈稳功率全固态激光器驱动电源，其输出激光功率在10mw左右，系统包括恒流源、保护电路、脉冲驱动控制、光反馈稳功率控制等部分，结合硬件及软件实现了激光二极管的可靠保护以及光功率稳定、准确输出及在稳光输出情况下，实现激光器的内外调制，并取得了一些有价值的研究成果。
• According to the guidline , two nd : yag lasers have been designed and set up , one is end - pumped by lower output power ld using a selfoc micro lens , and the other is end - pumped by high output power ld using a pair of lenses are designed , and the characteristics such as output power and power stabilization of both solid - state lasers are investigated . thirdly , when an empty liquid crystal cell is inserted in the cavity of the nd : yag laser pumped by high power ld , the laser can operates in single axial mode . finally , according to the relationship between the laser output power and the longnitudinal a ld - end - pumped nd : yag laser sensor for displacement measurement has been investigated theoretically and demonstrated experimently , the results indicate that when the mean radius of pumping inside the laser cavity is far less than that of the oscilating laser mode , the exponential of the output power is a gauss function of the longitudinal positon of focused spot of ld pumping beam , both the measurement range and the sensitivity are dependent on the incident pumping power , as the incident pumping power is increased , the measurement range is enlarged and the sensitivity is improve d
  本文首先介绍了ld泵浦nd ： yag激光器的发展状况、主要特性及其应用，从四能级速率方程出发，推导了ld泵浦nd ： yag激光器的阈值、输出功率和斜效率的表达式，并简述了激光器的工作原理、结构型式和倍频方法；其次，以空间相关的速率方程为基础，提出了ld端面泵浦nd ： yag激光器的设计方法，给出了一定泵浦耦合方式下，振荡光模尺寸、最佳输出耦合率、泵浦光模尺寸、泵浦光焦斑位置等参数的选取依据，以此为依据，设计了自聚焦透镜耦合小功率ld泵浦nd ： yag激光器和透镜组耦合高功率ld泵浦nd ： yag激光器，对激光器的输出功率和功率稳定性等特性进行了实验研究；再次，在带尾纤输出的高功率ld泵浦nd ： yag激光腔内插入一只空液晶盒，观察到了激光器以单纵模运转；最后，根据泵浦光焦斑端面位置对激光输出功率的影响规律，提出了ld端面泵浦nd ： yag激光位移传感新方法，并进行了理论和实验研究，研究结果表明：当激光晶体内泵浦光平均光斑半径远小于振西安理工大学硕士学位论文荡光束腰半径时，激光输出功率的自然指数与泵浦光焦斑的纵向位置成高斯变化规律，测量范围和灵敏度依赖于泵浦功率，随着泵浦功率的增加，测量范围扩大，灵敏度提高，当端面泵浦功率为7 . 24w (最大输出功率为1 . 926w )时，激光位移传感器的测量范围和灵敏度分别是13 . 045mm和0 . 148mw / pm 。
• The technical breakthroughs in growth of nd : cngg had been made . in particular , continuous laser operation was achieved from nd : cngg pumped by ld . when the crystal wafer was end - pumped by one bar of ld with 807nm wavelength , the cw laser output power of 123 . 1 mw was obtained with slope efficiency of 22 . 3 %
  本论文用自动化熔体提拉技术成功生长出< 111 >方向的直径25mm以上,长度80mm以上的平界面无核心nd : cngg单晶,确定了晶体结构和物相,测量了晶体的光谱性能,晶体消光比达到34db ,晶体生长技术有新的突破,实现了连续激光运转,用单支807nm半导体激光二极管端面泵浦该晶体片子,在国内首次获得123 . 1mw的1 . 062 m连续激光输出,斜效率达22 . 3 % 。

• laser output power перевод