photocurrent

Figure 8 shows the influence of light power intensity on the photocurrent values.

光功率强度对光电流的影响如图8所示.

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Electron Reflection at Interface in Superlattice and Induced Photocurrent Characteristics

超晶格界面的电子反射及引起的光电流特性

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A laser scanning electrochemical micro region photocurrent spectrum measurement system was developed.

简要报道了激光扫描电化学微区光电流谱测试系统的研制.

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Effects of photocurrent multiplication in HgCdTe photodiodes at high temperature target

碲镉汞探测器在高温目标下的光电倍增效应

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In addition, the thickness of thin film had a significant influence on photocurrent. The thicker the film was, the more ultraviolet the film can absorb, the more electron-hole pairs there were, so the higher the photocurrent would be.

另外膜厚对光电流强度也有显著影响，膜层越厚，对紫外光的吸收越强，生成的电子空穴对越多，所产生的光电流也就越强。

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However, when reached to a certain thickness, the probability of electron-hole recombination increased, so the photocurrent decreased with the increase of thickness.

但达到一定厚度后，电子空穴复合的几率增加，光电流开始随膜厚的增大而逐渐减小。

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Therefore, based on the consideration of both photocurrent increase factor due to transient ionization effects and threshold current density decrease factor due to displacement effects, we obtain an integrated LD optical response model of radiation effect.

因此，在综合考虑了瞬态电离效应的光电流增加因素和位移效应的阈值电流密度衰减因素的基础上，获得了LD辐射效应综合光学响应模型。

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Taste cells are cultured on the LAPS chip for several days and then the change of extracellular signals can be detected by measuring the change of LAPS photocurrent. The phenotype of those cells was NKH1+ CD16-.

味觉受体细胞具有神经细胞特性，也属于可兴奋性细胞，将其培养在LAPS芯片表面，味觉细胞电位的改变即可通过检测LAPS的光生电流得以测量。

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The photocurrent and the thermal current increased proportionately with the increase of light intensity.

光电流和热电流随着光强度的增强而线性增强并计算了应力强度（？）

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However, the measured photocurrent results are similar at low applied voltages.

但是, 在较低的外电压下实验测定的光电流结果却很相似.

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By means of thermal conductivity detector, we studied the reducing condition of TiO2 in hydrogen ambient. The influences of the different reducing temperature of TiO2 on photocurrent were investigated.

用热导法观察了氢气气氛下还原TiO2的现象，研究了半导体化温度对光电流的影响。

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In addition, this paper describes the photocurrent effect and the conductivity modulation effect on diffused resistor s as well as the model in which the diffused resistor varies with γ radiation rate.

论述了扩散电阻的光电流效应和电导调制效应，以及扩散电阻随γ剂量率变化的模型。

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In the case of anatase, higher light powers generated higher photocurrent values at high applied voltages.

对于锐钛矿薄膜, 当施加较高的外电压时,越高的光功率会产生越大的光电流.

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