高转换效率,high efficiency
1)high efficiency高转换效率
英文短句/例句
1.Research on Phosphorous/Aluminum Gettering and Heterojunction Solar Cells;磷铝吸杂及HIT晶硅太阳电池高转换效率机理研究
2.High Efficiency Quasi-Phase-Matched Optical Parametric Conversion and Dual-Wavelength Optical Parametric Generation;高转换效率准相位匹配光学参量转换及双波长光学参量产生的研究
3.Design of A High-Efficiency Boost DC/DC Converter;高效率升压式DC/DC转换器的设计
4.conversion quantum efficiency of photocathode光阴极的量子转换效率
5.energy conversion efficiency of a scintillator闪烁体能量转换效率
6.Design and IC Implementation of High Efficiency and Low Power DC-DC Converter;高效率、低功耗直流电压转换器芯片设计与实现
7.Design of a High-Efficiency Current-Mode Boost DC/DC Converter;一种高效率电流模式升压DC/DC转换器的设计
8.Issuing Convertible Bond: Higher Efficiency for Corporate Financing?;发行可转换债券能提高企业融资效率吗
9.Design on a High Efficiency Low Voltage Boost Converter Chip一种高效率低电压升压转换芯片的设计
10.The Ways to Improve the Energy Conversion Efficiency of Polymer Thin Film Solar Cell提高聚合物薄膜光伏电池能量转换效率的途径
11.Study of measures to enhance the laser-acoustic conversion efficiency upon the interaction of pulsed laser radiation with liquid提高液体中脉冲激光致声转换效率的理论研究
12.New Methods to Improve Solar Energy Conversion Efficiency of Photoelectrodes探索提高光电极太阳能转换效率的新方法
13.How to improve the conversion efficiency of light to electricity becomes the research hotspot.因此如何进一步提高其光电转换效率成为研究的热点。
14.Research and Design of a High-efficiency Synchronous-Rectifying DC-DC Boost Converter;一种高效率同步升压型DC-DC转换芯片的研究与设计
15.Design of High Efficiency Peak-Current-Mode Boost DC-DC Converter XD1620 IC;高效率峰值电流模升压型开关电源转换器XD1620集成电路设计
16.The Research of Power Quality by Improve the Wafer Efficiency of the Monocrystalline Silicon Solar Cell单晶硅太阳能电池硅片转换效率提高对并网电能质量的改善
17.Optimum the Thickness of p-Waveguide Layer for High Conversion Efficiency Diode Lasers优化p型波导层厚度提高半导体激光器电光转换效率
18.Eenhanced photoelctric conversion efficiency in dye-sensitized solar cells by back reflection用背反射提高染料敏化太阳能电池光电转换效率的研究
相关短句/例句
high efficiency harmonic conversion高效率谐波转换
1.The mechanisms of CLBO crystal using for high efficiency third harmonic conversion are discussed, and the basic characters ofhigh efficiency harmonic conversion on theory is analyzed.讨论了ＣＬＢＯ晶体用于高效率三倍频的机理，从理论上分析了产生高次谐波转换的基本特性，对ＣＬＢＯ晶体在高功率激光装置中产生高效率谐波转换的基本参数进行了数值模拟计算，并与ＫＤＰ晶体三次谐波转换的特性进行了比较，给出了ＣＬＢＯ晶体产生高效率谐波转换的基本条件。
3)conversion efficiency转换效率
1.The brief introduction to the problem ofpower source internal resistance influencingDC-DCconversion efficiency;浅论影响DC-DC转换效率的电源内阻问题
2.An approach of improving XSLTconversion efficiency一种提高XSLT转换效率的方法
3.Theoretical analysis of second-harmonicconversion efficiency in negative-index materials负折射率材料中二次谐波转换效率的理论分析
4)efficiency[英][?"f??nsi][美][?"f???ns?]转换效率
1.Theefficiency of the converter is optimized.优化了变换器的转换效率,确定其开关频率为100MHz;考虑片上集成平面电感器的单位面积电感值与品质因数的大小也是决定DC/DC变换器性能的关键因素,该文给出了双层平面螺旋电感器的物理设计与几何参数优化,获得了双层平面螺旋电感。
2.Among the back electrodes of Ni,Ni/Au,Au/Ni and Au film,only when the Ni film contacts the ZnTe/ZnTe:Cu complex layers,does the conversionefficiency increase with the short current increasing.发现Ni作为背电极和ZnTe/ZnTe:Cu复合层接触,电池的开路电压Voc略有降低,填充因子FF有增有减,变化幅度不大,但因短路电流Isc有较大的提高,转换效率η平均增长4%。
3.The structure of the commercial silicon solar cells which have the highestefficiency at present is analyzed and the key factor which affects theefficiency with the typical structure of the cells is found.完成了对目前光电转换效率最高的商品单晶硅太阳电池的结构分析,并结合其结构特点得到了影响转换效率的关键因素。
5)transfer efficiency转换效率
1.22 μm was obtained,the light-lighttransfer efficiency was up to 12%.2 ns,其光-光转换效率达到12%。
2.When connected in the single-phase network ,this power supply without any forms of filter circuit in secondary end can obtain direct current with stability , no current zero and low ripple factor,high power factor andtransfer efficiency.该电源接入单相网路时，可在次级输出端无任何形式的滤波电路条件下，获得稳定，不过零点且波纹系数小的直流电流，并具有较高的功率因数和转换效率。
3.For reducing cost and increasingtransfer efficiency, Silicon based solar is going to be films, and Si:H films has the important role in thin films solar cell materials.目前产业化的太阳能电池主要是硅系列太阳能电池,为降低成本和提高转换效率,硅太阳能电池走向薄膜化,而硅氢薄膜在硅薄膜太阳能电池材料中有着重要地位。
6)high efficient work高效转换
1.The article discussed some factors affecting RF excited waveguide CO 2 laser shigh efficient work and pointed out that the high efficiency of RF power should be achieved after the even and unchangeable discharge was gained.着重讨论了影响ＲＦ激光ＣＯ２波导激光器高效运转的几个因素，指出要提高ＲＦ功率的高效转换，必须获得均匀稳定的放电，其中阻抗匹配技术、ＲＦ源频率、气体混合比等起着重要作用。
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