output power的例句大全

Lithium-ion battery output voltage is usually three times than nickel-cadmium batteries or nickel metal hydride battery, the output power is the same amount twice the size of a nickel-cadmium batteries.

在输出电压方面，锂离子电池通常是镍镉电池或镍氢电池的三倍，在输出电能总量方面，堪称同样大小镍镉电池的两倍。

An Ericsson cycle model under the influence of thermal resistance and regeneration loss is established and a basic optimization relation of the cycle deduced, using output power as a target function.

建立受热阻和回热损失影响的埃里克森循环模型，以输出功率为目标函数，导出循环的基本优化关系式。

As a result, 15 W output power at 1.03 μ m with a slope efficiency over 40% from a 0.35 mm thick Yb ∶ YAG disk laser is obtained.

用0.35mm厚的Yb∶YAG薄片获得15.9W的1.03μm激光输出，斜率效率超过40%。

Effects of different output power high frequency currents on experimental animals' pulp devitalization

不同输出功率的高频电流对实验动物牙髓失活的研究

To simulate the temperature wave on the top of the pistons, the Profibus-based control system is designed. The control system manages to control the on-off and output power of the laser machine.

为模拟活塞上表面的温度波动，设计了基于Profibus的实验控制系统，对激光器的开启、关闭及输出功率进行控制。

On the research of everyday output power of solar cell panel, experimental explore for serious research of photovoltaic power technique can be carried on.

通过对太阳电池方阵每天输出功率的研究，为长期进行太阳能光伏发电技术的研究做一些实验探索。

Low Threshold Current High Output Power Fundamental Transverse Mode 1.3 μ m InGaAsP/ InP BH Laser

1.3微米低阈值大功率基横模BH InGaAsP/InP激光器

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.

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。

The InGaAs/ GaAs strained quantum well lasers are able to work with extremely low threshold current density, high characteristic temperature and high COD limit, which make Ld lasers achieve higher output power and longer Ufe.

InGaAs/GaAs应变量子阱激光器具有级低的阈值电流密度、较高的特性温度和较高的光学灾变损伤阈值，这使得激光器具有更高的输出功率和更长的寿命。

Choosing three cases of Al-content of the waveguide layer and the cladding layer, we calculate and analyze the dependences of the optical confinement factor, maximal output power, vertical divergence angle, and threshold current density on the thickness of the waveguide layer.

选取了三种情况的波导层和限制层的铝组分，分别计算和分析了波导层厚度与激光器光限制因子、最大出光功率、垂直发散角和阈值电流密度的函数关系。

Calculated results show that when the Al-content of the waveguide and cladding layers are 0.4 and 0.5 respectively, a maximal output power of 11.2W, vertical divergence angle of 19 °, and threshold current density of 266A/ cm2 can be achieved by adapting narrow waveguide layers;

根据计算结果可知：当波导层和限制层铝组分为0.4和0.5时，采用窄波导结构可以获得器件的最大输出功率为11.2W，发散角为19°，阈值电流密度为266A/cm2；

We calculated longitudinal confinement factor, threshold gain, optical gain and output power etc through theoretical model.

根据理论模型计算了纵模限制因子、阈值增益、光增益、输出功率等特征参数。

Especially, the influences of pumping and oscillating spot size to output power and laser threshold with different gain medium are deduced.

通过数值计算了泵浦光斑和振荡光斑大小对输出功率和振荡阈值功率的影响，并与Nd：YVO4和Nd：YAG晶体进行了比较。

The results of the optimization indicate that this method has the apparent effect upon optimizing geometric parameters and improving the theoretical output power of Stirling engine.

优化结果表明该方法对于优化该机构的几何参数、提高热气机的理论输出功率具有明显的效果。

The rate equation was solved to analyze the influence of upconversion effect to the output power, slope efficiency and threshold power in CW operation and the pulse energy, pulse width and peak power in Q-switched operation.

通过速率方程的求解模拟分析了上转换效应对连续运转Ho激光器输出功率、斜率效率和阈值功率的影响以及对调Q运转Ho激光器单脉冲能量、脉冲宽度和峰值功率的影响。

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.

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 minimum output power is more than 150 mW at Ku high band with a test cavity, and the effi-ciency of conversion is more than 5%.

该器件在Ku波段高端输出功率大于150mW、转换效率大于5%。

Based on the rate-equation of quasi-three-level, the threshold power and the output power are deduced, and calculated the relationship between the optimal output transmittance and output power.

根据准三能级理论推导了阈值功率和输出功率，并且求解了最佳输出透过率和输出功率的关系。

In order to improve the frequency efficiency and output power of green laser, acousto-optic Q-switch was added in the resonant cavity, presented the theory of laser Q-switch.

为了提高倍频效率，提高绿光输出功率，在谐振腔中加入声光调Q开关，介绍了激光调Q的原理。

Using universal PWM method means to control output power and output characteristic through controlling IGBT switch on time.

控制电路采用脉宽调制方式（PWM）进行输出控制，即控制IGBT的导通时间来实现输出功率与输出特性的控制。