泵浦功率的英文

• pump power
• pumping power

• "泵"英文翻译    pump
• "浦"英文翻译    riverside; river mouth a sur ...
• "功率"英文翻译    power; rate of work; capacit ...
• "泵浦功率级" 英文翻译 :    pumping power level
• "泵浦功率图" 英文翻译 :    pump-power chart
• "泵浦功率值" 英文翻译 :    edfa pumpower ems
• "泵浦功率调制" 英文翻译 :    pump-power modulation
• "最小泵浦功率" 英文翻译 :    minimum pumping power
• "最低抽运功，最小泵浦功率" 英文翻译 :    minimum pumping power
• "松浦功" 英文翻译 :    matsura isao
• "杉浦功一" 英文翻译 :    sugiura koichi
• "泵浦波" 英文翻译 :    pumping wave
• "泵浦场" 英文翻译 :    pumfield
• "泵浦车" 英文翻译 :    pumping a liance; pumping appliance
• "泵浦灯" 英文翻译 :    pumping lamp
• "泵浦管" 英文翻译 :    pumping tube
• "泵浦光" 英文翻译 :    pump light
• "泵浦能" 英文翻译 :    pumping energy; pumpingenergy
• "泵浦腔" 英文翻译 :    pumcavity
• "泵浦区" 英文翻译 :    pumping area
• "泵浦源" 英文翻译 :    pump source; pumping source
• "泵浦组" 英文翻译 :    pumcrew
• "光泵浦" 英文翻译 :    optical pumping
• "核泵浦" 英文翻译 :    nuclear pumping
• "功率" 英文翻译 :    [物理学] power; rate of work; capacity factor; capacity; activity◇功率比 power rate; power ratio; 功率单位 power unit (p. u.); 功率范围 power bracket; power range; 功率放大 energy amplification; power amplification; powerman magnification; 功率分流 power dividing; 功率分配 power splitting; 功率负载 power termination; 功率管 power tube; power valve; 功率计 dynamometer; power meter; wattmeter; 功率减小 power reduction; 功率交换 power exchange; 功率输出 power output (p.o.); 功率输入 power input; 功率损耗 [电工] power attenuation; power loss; watt loss; power consumption

• The fundamental properties of cr4 + : yag is researched , and rate equation is given when the gauss ' s distribution is considered
  当注入泵浦功率为8w时，得到2 . 85w的激光输出。
• We have realized c - cut nd : gdvo4 laser for the first time . when the incident pump power is 8w , the output power 2 . 85w is obtained
  在注入泵浦功率为8w时，得到3 . 85w的连续波激光输出。
• In 1963 , someone put forward the concept of fiber laser . but at that time , the bump power is very low , so is the output power
  早在1963年就有人提出了光纤激光器，但是在早期的光纤激光器中，泵浦功率很低，因此光纤激光器的输出功率很低。
• The length of cavity is shortened by 5mm and the result of experiment is pleased . when the pumped light was 400mw , we gain the green light about 8mw
  在400mw的泵浦功率下得到8mw的绿光输出，在温度变化以及不同的泵浦功率输入下，功率噪声始终1 。
• The experiment result accord with the theory ' s . when the transmission rate of output mirror equal to 4 . 9 percent . the output power is 1w . the slope efficiency is 54 . 1 %
  我们用透射率t = 4 . 9的镜片作为输出镜，当泵浦功率等于2 . 2w时，最大单频红外激光输出为1w ，斜效率为54 . 1 。
• The maximum average output power is 1 w , and the pulse duration is 210 ns , and the repetition rate is 47 khz , the opto - optical efficiency is 6 % , the slope efficiency is 8 . 6 %
  在16 . 9w的泵浦功率下，得到了最大平均输出功率为1w ，脉冲宽度为210ns ，重复频率47khz的532nm倍频光。光光效率达到6 % ，斜效率达到8 . 6 % 。
• Measuring the intracavity loss of laser . in the theory , we analyze the relation of output power and input power of the different transmission rate of output mirror . using the experiment validated the theory result
  实验上测量了激光器的内腔损耗，并计算得到在泵浦功率等于2 . 2w时，最佳输出耦合透射率t _ ( opt ) = 5 . 2 。
• From the theoretic analyses , we draw the conclusion that the pump power can be heighten by adopting the eccentric core double - clad fiber . and we put forward a new coupling technology : micro - prism technology
  通过理论分析得出了用偏芯型双包层光纤可以进一步提高泵浦功率的结论。并提出了一种新型的泵浦光耦合技术：微型棱镜技术。
• ( 3 ) without driving signal , all fiber q - switched lasers can achieve self q - switched pulse , measuring the effect of different pumped power to self q - switched and giving reasonable theory analysis
  ( 3 )全光纤调q激光器,在没有驱动信号的情况下,得到自调q脉冲,测量了在不同泵浦功率条件下对自调q现象的影响,并从理论上给予了合理的分析。
• Using large - area - mode yb3 + - doped photonics fiber , we realized laser operation and analyzed its output properties . the laser is cladding pumped and the output power is 2 . 6w , with wavelength of 1074 . 5 nm and slope - efficiency 54 %
  在选用二色镜作为激光器后腔镜的实验中,在泵浦功率7 . 8w时获得了2 . 6w激光输出,波长为1074 . 5nm ,斜率效率为54 % 。