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液结
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  liquid junction
     A Liquid Junction Photoelectrochemical Cell with N-Type Semiconductor CdS_(1-x) Se_x
     n型半导体CdS_(1-x)Se_x液结光电池
短句来源
     Liquid Junction Photoelectrochemical Cells with n-Type Cds_1-αSeα Electrodes Ⅱ.Photoelectrochemical Properties of n-CdS0.9 Se0.1 Electrode
     n型半导体CdS_(1-a)Se_a液结光电池Ⅱ,n-CdS_(0.9)Se_(0.1)电极的光电化学性能
短句来源
     The photoelectrochemical properties of n-type semiconductor CdS_(1-x) Sex (X=0.05, 0.1, 0.15, 0.3, 0.5) liquid junction photoelectrochemical cell prepared bypowder sintering pressed electrodes are described in this paper.
     本文报告了由粉末压块烧结制备的n型半导体CdS_(1-X)Se_X(x=0.05,0.10,0.15,0.3,0.5)液结电池的光电化学性能。
短句来源
     Theoretial Analysis on Fermi Level Pinning at Semiconductor/Liquid Junction
     半导体/液结费米能级钉着的理论分析
短句来源
     The carrier concentration profiles,photovoltage spectra in different depth and minority carrier diffusion lengths of n-InP samples,into which zinc was open diffused at temperature of 470℃ in hydrogen atmosphere,have been measured by using electrochemical liquid junction method.
     用电化学液结方法测量了在470℃于氢气氛下开管扩锌InP样品的载流子浓度分布、不同深度的光伏谱和少于扩散长度。
短句来源
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  liquid-junction
     Progress of Study on Nanocrystalline Liquid - junction Solar Cell
     纳米晶液结太阳能电池研究进展
短句来源
     Research progress on the sensitizer of liquid-junction solar cell
     液结太阳能电池敏化剂研究进展
短句来源
     The liquid-junction solar cell is a device of converting solar energy into electric energy with the sensitized nano-particle semiconductor, which has low-cost and high-efficiency advantages.
     液结太阳能电池利用敏化纳米半导体把太阳能转化为电能,具有价格低、效率高等优点,近年来已引起了越来越多研究者的广泛兴趣。
短句来源
     The structure and operating principle of liquid-junction solar cell were described, with emphasis on the review of the variety and function of the sensitizer as well as the sensitized approach on the electrode.
     简要地介绍了液结太阳能电池的结构、工作原理,并对敏化剂类型、作用及在电极上的修饰途径进行了综述。
短句来源
  “液结”译为未确定词的双语例句
     Comparison between Photoreflectance and Electroreflectance of GaAs-Electrolyte Interface by Means of Direct Observation on Voltage Waveform across Surface Barrier
     从势垒区电压波形对照GaAs液结的光调制反射与电调制反射
短句来源
     This paper researched solar cells which can convert solar energy into electricity and photo-electrolysis cell that into chemical energy.
     本文研究了可将太阳能转换成电能的液结太阳能电池和可将太阳能转换成化学能的光电解电池。
短句来源
     The Photoelectrochemical properties of n-CdSo_(0.9)Se_(0.1) electrode prepared by sinter-
     在前一文中[1],我们较详细的报导了由粉末压块烧结制备的n 型半导体CdS_(1-a)Se_a(a=0.05~0.5)液结光电池的实验结果。 尔后,为了寻找更有效而廉价的电极材料,针对CdS_(0.9)Se_(0.1)电极的光电化学性能作了深一步的研究。
短句来源
     And also discussed are many photoelectrochemical measurements using liquid Schottky barriers on characterization of the bulk and surface properties of compound semiconductors,including flat band potentials, minority carrier diffusion length, carrier concentration and composition profiles,crystalline perfection,deep levels,surface states, energy band structure recombination properties, etc.
     叙述了利用液结肖特基势垒的许多测定化合物半导体体内和表面特性的方法,列举了用这些方法测得的平带电势、禁带宽度、少子扩散长度、载流子浓度、多元化合物组分分布、晶体完整性、深能极、表面态、能带结构和复合特性等;
短句来源
     The non-aqueous titration was brought up to determine the content of azacyclonol by using 0.1 mol·L -1HClO_4-AcOH standard solutions as titrant and crystal violet as indicator. The method provided easy operation and clear titration endpoint. It was accurate,reliable and with good repeatability.
     建立了用0.1mol·L的高氯酸醋酸溶液为滴定液,结晶紫为指示剂的非水滴定法测定氮杂环醇含量的方法,该方法容易操作,滴定终点清晰,准确可靠,样品回收率为99.8%,RSD(%)为0.4%(n=5)。
短句来源
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  liquid junction
In this difference, the solvophobic effects and the liquid junction potential between the working and reference electrodes, which is impossible to measure, cancel out.
      
Two methods, the total alkalinity measurement by Bruevich [4] and pH measurement in a cell without liquid junction [11], were suggested for study of the carbonate system of estuaries.
      
The measurements were carried out in an isothermal potentiometric cell with a liquid junction.
      
Micro enzymatic assay coupled to capillary electrophoresis via liquid junction
      
Instrumentation included a post-column reactor coupled to the separation capillary by a liquid junction.
      
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  liquid-junction
Relatively high uncertainty, U=0.015, has been assigned to such standards in the recent IUPAC Recommendations on pH (2001), because of a specific residual liquid-junction potential treated statistically as a contribution to the combined uncertainty.
      
Close inspection of the problem leads to the conclusion that a correction for the residual liquid-junction potential should be applied to the measured value of a secondary pH standard.
      
The need for different treatment of residual liquid-junction potentials at different levels in the measurement hierarchy is noted.
      
Changes in liquid-junction potential following chloride replacement in cat papillary muscle
      
The transient depolarizations in cat papillary muscle produced by chloride substitution with low mobility anions are largely due to changes in liquid-junction potential at the tissue level.
      
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One of the prominent problems to be conisdered for putting the semiconductor liquid junction solar cells into practical use is the photodecomposition of the semiconductor pho-toelectrode.In the present paper,this problem is discussed from thermodynamic and kinetic points of view,the influence of surface states on the decomposition reaction and the effects of various factors on the stability of the cell are depicted.

液结太阳电池付诸实用的一个关键问题是防止半导体电极的光分解。本文从热力学及动力学的观点对此问题进行了讨论,并分析了表面态对分解反应的影响以及各种因素对电池稳定性的影响。

The photoelectrochemical properties of n-type semiconductor CdS_(1-x) Sex (X=0.05, 0.1, 0.15, 0.3, 0.5) liquid junction photoelectrochemical cell prepared bypowder sintering pressed electrodes are described in this paper. The cell is representedasCdS_(1-x) Se_x/1M Na_2S, 1MNaOH, 0.1M (or 1M) S/Pt. The electrodes were analysed by means of X-ray diffraction and the scanning elec-tron microscope. The optical to electrical energy conversion efficiencies (η) under dif-ferent light intensities and direct sunlight...

The photoelectrochemical properties of n-type semiconductor CdS_(1-x) Sex (X=0.05, 0.1, 0.15, 0.3, 0.5) liquid junction photoelectrochemical cell prepared bypowder sintering pressed electrodes are described in this paper. The cell is representedasCdS_(1-x) Se_x/1M Na_2S, 1MNaOH, 0.1M (or 1M) S/Pt. The electrodes were analysed by means of X-ray diffraction and the scanning elec-tron microscope. The optical to electrical energy conversion efficiencies (η) under dif-ferent light intensities and direct sunlight irradiation were measured. The Conversionefficiencies obtained were about 3.2% for solar intensity of 43mw/cm~2, and 3.28%for light intensity of 75mw/cm~2. Besides, the influence of the etchants on the electrode be-havior was investigated. No photoanodic dissolution was found for the Cds_(0.085)Se_(0.15)electrode in an electrolyte consisting of 1.0M NaOH, 1.0MNa_2S, and 1.0MS within 7hrs. The current-voltage characteristics curves (Ⅰ-Ⅴ) and the anodic current-potentialcurves (Ⅰ-Ф) were recorded directly under solar irradiation.

本文报告了由粉末压块烧结制备的n型半导体CdS_(1-X)Se_X(x=0.05,0.10,0.15,0.3,0.5)液结电池的光电化学性能。电池形式为: CdS_(1-X)Se_X/1M NaOH,1M Na_2S,0.1M(或1M)S/Pt对电极进行了X射线衍射及扫描电镜的分析,测试了在不同光照强度以及太阳光照下的转换效率(η)。光照强度为75 mW·cm~(-2)叫,CdS_(0.1)Se_(0.3)电池的转换效率η为3.28%;太阳光强为43mW·cm~(-2)时,转换效率为3.20%。同时还考察了浸蚀剂对电极性能的影响。CdS_(0.85)Se_(0.15)电极采用1MS的电解液在7小时内没有发现光阳极分解。直接地记录了在太阳光照条件下电池的电流电压特性曲线(I-V)及阳极极化曲线(1-Φ)。

In this paper the flat-band potential of (111) plane, of n-InP, is determinated by two methods, the first is to determine the differential capacitance and the second is to detormine the open-circuit potential when the electrode is illuminated with a light of enough intensity. The results obtained from these two methods differ less than 0.14V. Many factors, such as pH, redox couples, frequency, crystalline plane and surface treatment are investigated. The influence of pH on the flat-band potential is-56V/pH,...

In this paper the flat-band potential of (111) plane, of n-InP, is determinated by two methods, the first is to determine the differential capacitance and the second is to detormine the open-circuit potential when the electrode is illuminated with a light of enough intensity. The results obtained from these two methods differ less than 0.14V. Many factors, such as pH, redox couples, frequency, crystalline plane and surface treatment are investigated. The influence of pH on the flat-band potential is-56V/pH, and four redox couples, i. e. Fe~(2+)/Fe~(3+), I~-/I_3~-, Fe(CN)_6~(4-)/Fe(CN)_6~(3-), S~(2-)S_n~(2-) as well as the frequencies do not influence the flat-band potential, the relexation phenomena of the capacitance and the resistance can be explained by the existence of surfaoe states. The crystalline plane and the surface treatment influence the flat-band potential obviously. Finally, the donor concentration and the position of the energy band edge are calculated.

用微分电容法及强光照开路电位法研究了电解质溶液的pH、氧化还原对、交流电频率、n-InP晶面及表面处理对其液结界面平带电位的影响,并测定了n-InP半导体电极的一些参数.

 
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