最高功率

SWD的脑电地形图显示各频带的最高功率区在额区和额前部，不同病人和同一病人多阵SWD均如此，相当恒定。

Despite somewhat of variability , the maximum power of each band of SWDs was rather constantly in the frontal and per - frontal areas among different patients and different seizures within the same patient .

最高功率密度可达17W/m~3。

The maximum power density was 17 W / m ~ 3 .

最终获得了迄今为止在同样泵浦条件下，同类氟化物激光器连续输出的最高功率14.5W，并首次实现了Yb，Na：CaF2激光器的飞秒连续锁模运转。

Finally , the highest continuous-wave ( CW ) output power of 14.5W under the same pump conditions for Yb-doped fluorides so far is achieved , and the femtosecond CW mode-locked operation is achieved .

利用基于单频激光相位调制的方法成功抑制光纤放大器中的SBS效应，搭建了最高输出功率达275W的窄线宽光纤放大器。

SBS is well suppressed by phase modulation of single frequency seed laser and the 275 W narrow-linewidth high power fiber amplifier is set up in the high power experiment .

Nd：YAG陶瓷／Cr：YAG被动调Q实验采用了三块不同初始透过率的饱和吸收体，所得到的最大脉冲能量、最短脉冲宽度和最高峰值功率分别为：188μJ、3.16ns和59.5kW。

When the Cr : YAG crystal was used as saturable absorber , the largest pulse energy , shortest pulse width and highest peak power were measured to be 188 μ J 、 3.16 ns and 59.5 kW , respectively .

为了老炼国家同步辐射实验室200MeV直线加速器新陶瓷窗，制作了一个功率增益4.5，最高峰值功率60MW的波导行波谐振环。

A travelling wave resonant-ring was constructed for RF window high power test of NSRL 200 MeV Linac .

镀膜前后斜率效率由50.2%提高到90.4%，转换效率由22.2%提高到39.8%，最高输出功率为1.9W（条宽100nm，腔长为1μm）。

The slope efficiency was improved from 50.2 % to 90.4 % after film was plated , conversion efficiency was improved from 22.2 % to 9.8 % and the maximum output power is 1.9W .

当泵浦电流14.5A，声光重复率10kHz，光学参量振荡器输出镜透过率15%时，在保持单脉冲输出的情况下，获得了1.57μm激光的最高平均功率输出值1.748W。

When the input current , the repetition rate of AO Q-switch and output mirror transmission of the OPO was 14.5A , 10 kHz and 15 % , respectively , the highest single-pulsed average output power of 1.748 W was obtained .

ε不同出现最高放电功率的频率也不同。本文从实例出发，通过理论分析、计算和试验，对周波、电压及负荷性质与电网中性点位移电压的关系进行了分析研究。

With different dielectric constant , the voltage frequency when maximum discharge power occurs is also different . The relationships of the frequency , voltage and .

该研究结果为进一步优化设计最高泵浦功率、非线性饱和吸收体开关以及提高被动锁模光纤激光器的稳定工作性能都具有指导意义。

The results show that it is necessary to make laser work with proper driving of fast absorber and mediate pumping power for stable pulse output .

在泵浦功率为19.1W时，获得最高平均输出功率为4.58W，脉冲宽度为84ns，单脉冲能量为36.6μJ以及峰值功率为436.2W的激光脉冲。

At the incident pump power of 19.1 W , the maximum average output power of 4.58 W , the shortest pulse width of 84 ns , the highest single pulse energy of 36.6 μ J and the highest peak power of 436.2 W are achieved , respectively .

最高绿光输出功率可达到3.3W，光-光转换效率为16.2%。

The optical optical conversion efficiency is 16.2 % .

他自己的经验则表明适度刺激――以九至10个卵子为理想目标并尽可能采用最低剂量药物――可带来最高的成功率，而且引发并发症的风险最低。

his own experience suggests that moderate stimulation -- with nine or 10 eggs as the ideal and using the lowest dose of drugs possible -- produces the most success with the lowest risk of complications .

最高倍频绿光输出功率超过38W，倍频光输出功率的转换效率大于091%，不稳定度为±23%。

The highest green laser output power was more than 38W . The conversion efficiency of the input electric power to the green laser output power was 0.91 % . The unstable degree was ± 2.3 % .

分析结果表明，熔覆层最高温度与激光功率、基体预热温度成正比例关系，而最大冷却速率与激光功率、基体预热温度成反比例关系。

The analysis results show that the maximum temperature of cladding layer is directly proportional to the laser power and preheated temperature . The maximum cooling rate of cladding layer is inversely proportional to them .

本实验中电池堆在甲醇浓度为4M时，电池性能表现最佳。最高电流密度为4.6mA/cm~2，最高功率密度为6.13mW/cm~2，整个电池堆的功率为0.23W。

In this study , the optimum performance is achieved by using methanol at a concentration of 4M . The maximum current density is 4.6mA / cm ~ 2 , the highest power density is 6.13mW / cm ~ 2 and the whole cell stack power is 0.23W .

最高重复频率30kHz。重复频率15kHz时，最高平均功率128mW.对声光调Q内倍频Nd：YAG激光器的动态特性进行了理论分析及计算。

The highest repetition rate is 30 kHz , and the maximum average output power is 128 mW for the 532 nm laser at repetition rate of 15 kHz . The dynamic characteristics of LD pumped Q-switched intracavity doubled Nd : YAG laser are studied theoretically .

输出激光脉冲的最高重复频率为30kHz，重复频率1kHz时，最窄脉宽为12ns，最高峰值功率为12.1kW。

The repetition rate of 30 kHz is obtained , and the peak power with the pulse width of 12 ns is 12.1 kW at the repetition rate of 1 kHz .