最大输出功率

在实验室中搭建腔内倍频调Q激光器，以获得最大输出功率为目的对激光器各元件进行调节。

The Q-switched intracavity frequency doubled laser is builded in the laboratory , every component is adjusted for the max output power .

结果表明：环境温度、湿度对PEMFC堆的性能有很大影响，随着相对湿度的增加，PEMFC堆的最大输出功率显著提高；

The results showed that the relative humidity and the temperature of the surrounding air significantly affected the performance of the PEMFC stack , and the max output power of the PEMFC stack increased sharply with the air humidity rising .

具有最大输出功率的CO2激光器谐振腔

Investigation of CO_2 laser resonator with maximum output power

在UE传输的总功率小于所允许的最大输出功率的时候上行功率控制可以被执行。

Uplink power control shall be performed while the total UE transmit power is below the maximum allowed output TX power .

分别采用真空镀膜法、热分解法和电镀法制备了铂金修饰对电极。通过对DSC太阳能电池对电极进行铂金修饰，大大提高了DSC太阳能电池的理论最大输出功率，增大了近7倍。

The opposite electrode was modified with Pt by vacuum coating , thermal decomposition and electrodeposition method , the maxim theoretic output power was increased seven times with Pt-modifying opposite electrode .

并给出了两管芯并联的实验结果：在X波段最大输出功率为5.4W，最佳效率达26.6%。

In Experiment a power output of 5.4W at X-band and maximum efficiency of 26.6 % have obtained from two-chip parallel array .

在一些情况下，经过上行功控计算得到的UE总发送功率可能会超过容许的最大输出功率限制。

In some cases the total reqUEsted UE transmit power in a timeslot after uplink power control calculation might exceed the maximum allowed output power .

乙酸钠为底物MFC最大输出功率较葡萄糖为底物的MFC提高了33%，COD去除率提高了10.7%。

Compared to glucose as the fuel , the maximal power density is enhanced by 33 % and the degradation rate of COD is enhanced by 10.7 % when sodium acetate as the fuel .

在此基础上，研制了Q波段悬置带线体效应振荡器，当频率为46GHz时，其最大输出功率为74mW，并具有1.2×10~（-4）的频率稳定度。

The numerical results have been A Q-Band suspended substrate stripline Gunn oscillator is developed and the maximum output power of 74 mW at 46 GHz is obtained . The frequency stability is 1.2 × 10 ~ ( - 4 ) .

用辉光放电法顺序沉积p，i，n三层非晶硅，制作出了弱光非晶硅太阳电池，在200lx白荧光灯照射下，其单位面积最大输出功率达7.76μW/cm2。

P-a-Si , i-a-Si , n-a-Si were deposited on TCO glass by means of glow discharge so that the amorphous silicon solar cells at weak illumination were fabricated . The output of maximum power of 7.76 μ W / cm 2 under 200 lx white fluoresent light was obtained .

得到了以下主要结果：采用ZT值曲线交点法研究了n型Bi2Te3/CoSb3宽温域梯度材料的最佳界面温度、最佳长度比和该材料构成的n型热电臂最大输出功率。

The main results are as follows : The best interface temperature , optimum length ratio , and maximum output power of n-type Bi2Te3 / CoSb3thermoelectric materials with wide temperature range were investigated with the intersection method of the ZT curves .

结果表明：电池开路电压（opencircuitvoltage，OCV）随温度的变化与理论结果一致，在800℃时，OCV达1.013V，最大输出功率约为190mW。

The open circuit voltage ( OCV ) was 1.013 V and the maximum output power was about 190 mW at 800 ℃ .

考虑到气体传感器的功耗较大，论文设计了输出电压恒定为5V、最大输出功率为15W的传感器阵列加热控制电路。

Considering the larger power consumption of gas sensors array , paper designs the heating control circuits with constant 5V and 15W maximum output power .

实验表明，其最大输出功率为10kW，功率因数达到0.99，轻载时直流母线电压小于800V。

The DC-link voltage is below 800V and the power factor of the system is above 0.99 .

数值模拟结果为提高单路SF-FRA最大输出功率指出了一条可操作性强的技术路径。

The simulation results present an operable technical approach to improve the maximal output power of single channel SF-FRA . 3 .

目前，该激光器的主要技术参数如下所述：最大输出功率为1100W；

The main specifications of this laser unit is depicted as follows : Maximum output power is 1100W ;

美国消费者最早看到的S级轿车会是S550，它配备了最大输出功率为335千瓦的4.6升双涡轮V8发动机，后轮驱动与全时四轮驱动款均配备七速自动变速器。

U.S. buyers will first see the S-class as the S550 , with a twin-turbo , 4.6-liter , 449-hp V8 under the hood and a seven-speed automatic , in either rear-drive or all-wheel-drive configurations .

激光最大输出功率11.69W，斜率效率87%。

The highest output power and the slope efficiency are 11.69W and 87 % , respectively .

在980NmLD泵浦下，最大输出功率为5mW，激光器的阈值功率为8mW，斜率效率为4.2%。

Under 980 nm LD pump , the laser maximum output is 4 mW , the threshold is 8 mW , and the slope efficiency is 4.2 % .

研究了激光二极管（LD）端面泵浦的全固态内腔倍频的单模运转的532nm绿光激光器的腔型设计，以及获得最大输出功率的简单理论。

Based on rate equations , we designed the cavity of LD pumped all-solid-state inner cavity frequency-doubled single-mode green laser ( 532nm ) . Educed the basic theory of obtaining the maximal output power of the laser .

用Ar离子514.5nm激光泵浦，在掺钕石英光纤中产生了1.08μm的超辐射，产生的最大输出功率6mW，线宽3nm。

Pumped by 514.5 nm Ar ion laser , superfluorescence was observed in a 3 m Nd-doped silica fiber . The maximum output power is 6 mW with the emission linewidth-of 3 nm .

在2V电源下，它们的功耗是8mW，最大输出功率分别为-7dBm和-5.4dBm。

Under a 2 V supply , the power dissipation is 8 mW , and the maximum buffered output power for mixed-signal and RF transistor are - 7 dBm and - 5.4 dBm , respectively .

本文详细介绍了一台最大输出功率为37W的二极管侧面泵浦连续固体激光器。

With A diode maximum output power 37W CW A diode side pumped solid state Nd : YAG laser is presented in this paper .

使用Avago公司的VMMK-1225晶体管设计功率放大电路，使用负载牵引技术，得到了最大输出功率时的输出阻抗，并设计扇形线偏置电路、输入输出匹配电路。

Using Loda-Pull technique to obtain the output impedance when have the maximum output power . And design sector line bias circuit , the input and output matching circuit .

采用808nm最大输出功率为600W的国产大功率LD侧面泵浦组件，采用镜片镀选择性膜的方法使Nd：YAG工作在1319nm单一波长。

A China-made high power LD side-pumping module is employed , which possesses a max power of 600 W at 808 nm , and oscillating wavelenght of Nd : YAG is confined to 1 319 nm single wavelength by means of coating highly selective film .

所研制的8毫米雪崩注入锁定放大器在33～36GHz内，最大输出功率600mW，带宽达1000MHz，增益13dB。

An 8 mm IMPATT injection-locked amplifier has been deve-loped . In 33-36 GHz band , maximum output power of 600 mW , bandwidth of 1000 MHz and typical gain of 13 dB have been achieved .

经循环伏安法测试，发现在沉积10CPPy/AQS，电极的电容性能最好，最大输出功率达到2000mW/m2，电极阻值约10Ω，电池的产电性能也达到最佳。

The cyclic voltammetry test found in the electrode modified with 10 C PPy / AQS are the best performance with the highest capacitance , maximum output power up to 2000 mW / m2 , and electrode resistance is about 10 Ω .

采用宽波导结构可以得到器件的最大输出功率为9.4W，发散角为32°，阈值电流密度为239A/cm2。

Further , a maximal output power of 9.4W , vertical divergence angle of 32 °, and threshold current density of 239A / cm2 can be obtained by adapting broad waveguide layers .

在抽运功率1.5W时，得到了中心波长1005nm、最大输出功率40mW的激光，光-光转换效率2.7%。

By adjusting the cavity which was typically plane-concaved structure carefully , the laser was obtained at 1005 nm centre wavelength and the output power was 40 mW . The optical-optical efficiency was 2.7 % .

当输出透射率为11.76%、泵浦功率约10.0W时，获得780um波长的激光最大输出功率约2.35W，斜效率为33.49%。

Up to 2.35W of output power and 33 . 49 % of slope efficiency were obtained with an output transmissivity of 11.76 % at 780 um for a pump power of 10 . 0 W.