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solar energy conversion
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  太阳能转换
    The conventional PV system in general uses Sc-Si or Mc-Si solar cell module as the element for solar energy conversion, for which have comparatively higher conversion efficiency. Available in PV market, the typical efficiencies under STC are 14%, 12% and 7% for Sc-, Mc- and Nc-Si solar cell modules, respectively .
    传统的光伏发电系统通常采用单晶硅或多晶硅电池组件作为太阳能转换器件,这是因为它们比非晶硅太阳电池具有更高的光电转换效率,在标准测试条件下三种太阳电池组件的典型光电转换效率分别为:14%、12%、7%。
短句来源
    A study of the effect of electrolyte on the solar energy conversion has shownthat some redox couple added to the electrolyte may compete with water for oxidationreaction on the photoanode.
    电解质对太阳能转换效率的影响研究表明加入氧化还原对可在光阳极上与水的氧化反应竞争。
短句来源
    Some concerned technologies of SPS as Wireless Power Transmission(WPT) and space transportation technology and solar energy conversion technology are also reviewed.
    介绍了空间太阳能电站的主要相关技术———无线电能传输技术、太阳能转换技术和空间运输技术等的发展趋势;
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  “solar energy conversion”译为未确定词的双语例句
    By using the FCO substrate printed with silver rim, a N719 sensitized solar cell have an overall conversion efficiency of 8.01%. When use 2,9,16,23-tetracarboxy zinc phthalocyanine to sensitize the same electrode, The solar energy conversion efficiency (η) 0.381% with Isc 0.409mA/cm2, Voc 525mV and FF 0.672 was attained.
    最后在以表面印刷了银线的FCO为基板的电极上得到了8.01%光电转化效率,用四羧基酞菁锌敏化同样的电极,其V_(oc)为525mV,I_(sc)为0.409mA/cm~2,FF为0.672,光电转化效率达到了0.381%。
短句来源
    Its solar energy conversion efficiency may reach 0.28%.
    太阳能的转换效率可达0.28%。
短句来源
    A sucessful reproducible method of preparation of semiconductor photoelectrode which was used as photoanode in the PEC cell for solar energy conversion has been described.
    本文叙述了用高温电炉法对钛片进行热氧化制备二氧化钛,并通过氩气或氢气热处理活化形成n-型半导体的二氧化钛光电极。
短句来源
    The conversion of light into electrical and/or chemical energy by pigmented BLM is demonstrated, perhaps, the development of the PBLM into a practical solar energy conversion device would be in the near future.
    已证实色素BLM可将光能转换为电能或化学能,或许在将来可将色素BLM用于太阳能的转换装置。
短句来源
    CuInSe 2 is one of the most promising absorbing generating semiconductor materials for photovoltaic solar energy conversion.
    着重介绍了CuInSe2的结构和光、电学特性;
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  solar energy conversion
The future of solar energy conversion seems to be mainly connected with chemistry, chemical physics and chemical engineering but not with solid-state physics as in the twentieth century.
      
This graded bandgap solar cell should enable one to realize the full potential of GaAs as a material for solar energy conversion.
      
The use of these materials as analytical reagents, laser modifiers, and in solar energy conversion is described.
      
Coupled with their semiconducting properties, they have the characteristic magnetic properties, which make them an attractive alternative in a variety of electronic and optoelectronic devices including gas sensors and solar energy conversion devices.
      
WO3 semiconductor particles, useful in solar energy conversion processes, were doped with transition metal ions, Ti(III), V(IV), Cr(III), Mn(II), Fe(III), Co(II), Ni(II), Cu(II), Zn(II) and Ru(III) by a high-temperature sintering technique.
      
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A sucessful reproducible method of preparation of semiconductor photoelectrode which was used as photoanode in the PEC cell for solar energy conversion has been described.Titanium dioxide film was thermally formed in the titanium plate in an electric furnace and was reduced in the argon or hydrogen atmosphere for obtaining a n-type semiconductor photoelectrode. The photoelectrochemical properties and the spectrum response of the PEG cell consisted of titanium dioxide was investigated, and the evolution...

A sucessful reproducible method of preparation of semiconductor photoelectrode which was used as photoanode in the PEC cell for solar energy conversion has been described.Titanium dioxide film was thermally formed in the titanium plate in an electric furnace and was reduced in the argon or hydrogen atmosphere for obtaining a n-type semiconductor photoelectrode. The photoelectrochemical properties and the spectrum response of the PEG cell consisted of titanium dioxide was investigated, and the evolution of hydrogen was observed obviously under the sun light.

本文叙述了用高温电炉法对钛片进行热氧化制备二氧化钛,并通过氩气或氢气热处理活化形成n-型半导体的二氧化钛光电极。此法优点是制备条件易于控制,结果易于重复。利用这种光电极组成了光电化学电池。研究了其光响应及光谱响应,并制得了氢。

The artificial pigmented Bilayer Lipid Membranes (PBLM) less than 100A thick separating two aqueous solutions containing different redox compounds. In our experiments the PBLM, such as meso-tetraphenylporphrin (TPP), Zn (Ⅱ)-meso-tetraphenylporphrin and so on, it is considered as an organic semiconductor heving two interfaces, one side of which is a p-type photocathode and the other side an n-type photoanode when illuminated. Thus light-generated charge carriers (electrons and holes)can be transferred across...

The artificial pigmented Bilayer Lipid Membranes (PBLM) less than 100A thick separating two aqueous solutions containing different redox compounds. In our experiments the PBLM, such as meso-tetraphenylporphrin (TPP), Zn (Ⅱ)-meso-tetraphenylporphrin and so on, it is considered as an organic semiconductor heving two interfaces, one side of which is a p-type photocathode and the other side an n-type photoanode when illuminated. Thus light-generated charge carriers (electrons and holes)can be transferred across the interface leading to the reduction on one side and an oxidation on the other side of the membrane.The conversion of light into electrical and/or chemical energy by pigmented BLM is demonstrated, perhaps, the development of the PBLM into a practical solar energy conversion device would be in the near future.

人工色素双分子类脂膜(PBLM)厚度小于100(?),分开两个含不同氧化还原物的水溶液。我们的实验用卟啉类色素BLM,在照光时可将此PBLM看作是有两个界面的有机半导体,一侧是p-型的光阴极,另一侧为n-型的光阳极。光生电荷(电子和空穴)可跨越界面而迁移,导至膜的一边发生还原作用,另一边发生氧化作用。已证实色素BLM可将光能转换为电能或化学能,或许在将来可将色素BLM用于太阳能的转换装置。

A thin film polycrystalline n-NiO_2 rutile photoanode is obtained by thermaloxidation of Ti-sheet in air at 600℃ for 3 hrs.,followed by activation in H_2 gasat 600℃ for 1 hr.The optical-to-electrical conversion behavior is studied from itsflatband potential,currentvoltage curves and spectral response.It has been observedthat,when an electrolyte of pH=14 is used,the output characteristics of this PECcell is best.Its solar energy conversion efficiency may reach 0.28%.A study of the effect of electrolyte...

A thin film polycrystalline n-NiO_2 rutile photoanode is obtained by thermaloxidation of Ti-sheet in air at 600℃ for 3 hrs.,followed by activation in H_2 gasat 600℃ for 1 hr.The optical-to-electrical conversion behavior is studied from itsflatband potential,currentvoltage curves and spectral response.It has been observedthat,when an electrolyte of pH=14 is used,the output characteristics of this PECcell is best.Its solar energy conversion efficiency may reach 0.28%.A study of the effect of electrolyte on the solar energy conversion has shownthat some redox couple added to the electrolyte may compete with water for oxidationreaction on the photoanode.In acidic electrolyte,the effect of competition due tothe addition of Ce~(4+)/Ce~(3+)is evident.

用热氧化法将钛片在空气中于600℃加热3小时,在氢气流中活化1小时后可制得金红石型 n—TiO_2多晶薄膜电极。从其平带电位、电流—电压曲线及光谱响应诸方面研究其光电转换性能,结果表明如所用电解质的 pH=14时,光电化学电池的输出特性最佳。太阳能的转换效率可达0.28%。电解质对太阳能转换效率的影响研究表明加入氧化还原对可在光阳极上与水的氧化反应竞争。在酸性电解液中加入 Ce~(4+)/Ce~(3+)后竞争效果显著。

 
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