伏安

The results showed that the existence of DNA brought some influences to the cyclic voltammagrams of this complex,moreover,such influence increased with the elevated concentration of the complex.The UV spectra also proved that the nicking effect on DNA was enhanced with the concentration increasing of the complex.

实验结果表明，DNA存在时会对配合物的循环伏安曲线发生影响，而且这种影响随配合物浓度的增大而加大；紫外光谱的结果也进一步证明，配合物浓度的增大，对DNA的切断作用越趋明显。

The simultaneous determination of m nitrophenol and p nitrophenol in binary mixtures had been studied with differential pulse voltammetry in the paper.

用微分脉冲伏安法同时测定了水样中含间硝基酚和对硝基酚的混合体系，在 0 1mol·l- 1 乙二胺 0 5mol·l- 1 氯化铵(pH =8 5 0 )底液中于- 0 5 0V和- 0 69V处出现两个灵敏度高且互不干扰的吸附波。

The results showed that the LUMO values are -3.19eV for organic oxadiazole,-3.16eV for macromolecular oxadiazole and -3.21eV for Poly(1,3,4-oxadiazole) and their HOMO values are all under -6.0eV, hinting that they show good hole-blocking characteristics.

利用循环伏安法测定了三种不同类型衍生物的带隙和HOMO、LUMO能级，噁二唑类小分子、大分子、聚合物衍生物的LUMO能级分别为-3.19eV、-3.16eV、-3.21eV，有利于电子的注入，三种噁二唑衍生物的HOMO能级都在-6.0eV以下，对空穴也有很好的阻挡作用。

The measure of Cyclic Voltammetry illustrated that the signal optimization subsequence is Nd ＞Sm ＞La＞Ce＞TiO2, which basically follows the subsequence of oxidizability.

电化学循环伏安测试表明：掺杂后光催化信号优化顺序为Nd ＞Sm ＞La＞Ce＞TiO2，该规律基本遵循掺杂元素的氧化性由强到弱的顺序。

Through the analysis of the alloy electroplating solution in gradients, the process variables and their relationship between content of manganese in the alloy coating, the optimum process has been obtained, the additive to improve the cathode current efficiency was found; it was found that the deposits with a manganese content 40～60% exhibit excellent corrosion resistance; the corrosion resistance of zinc-manganese alloy coating will be even better after"phosphated"and passivated.

研究发现Na〓SeO〓能显著提高锌锰合金电沉积电流效率。首次用循环伏安法、恒电势电解法、恒电流阶跃法研究了Na〓SeO〓提高电流效率的作用机理。研究发现Na〓SeO〓在锌锰共沉积的条件下在阴极是分两步还原，即：首先在-0.9V处被还原为单质硒，然后在-1.25V处被还原为多硒阴离子。证明了多硒和多硒阴离子都在阴极存在特性吸附

The result shows that PtRuMoO_3/C shows the best catalytic activity towards methanol and phosphomolybdic acid modified PtRuMoO_3/C electrode can be considered as the best anodic electrode for DMFC.

分别采用磷钼酸和磷钨酸对三种催化剂得到的催化电极进行了修饰，并用循环伏安曲线和不同电位下的恒电位I-t曲线测试了它们的性能。

Also the performance of this modified electrode was compared with sodium molybdate modified platinum electrode. The cyclic voltammetry tests show that phosphomolybdic acid modified platinum electrode can increase the catalytic activity for methanol oxidation and it is almost the same as the mono-molybdate (Na2MoO4) modified Pt electrode does. This promote effect mainly comes from the transformation of different valency of molybdenum.

通过循环伏安和计时电流法研究了该修饰电极对甲醇氧化的电催化活性和抗中间产物的毒化作用，并比较了该修饰电极与其单酸盐(Na2MoO4)修饰铂电极的性能，测试结果表明：磷钼酸修饰铂电极能够提高对甲醇氧化反应的催化活性，基本上同其单酸盐Na2MoO4修饰铂电极的催化活性相当，并且这种促进作用主要是由Mo原子价态变化引起的。

The voltage-current relationship has been been modified and re-deduced. The microscopic characteristics of corona discharge are studied using optical emission spectrometry. Corona discharge is used to remove NO_x coupling with TiO_2 photocatalyzer and a kind of MnO_x photocatalyzer, and the removal mechanism is analysised preliminarily.

本论文对针-板式直流电晕放电电极间距进行优化，修正推导伏安关系式，并使用光学发射光谱进行电晕放电微观特性研究；将电晕放电与TiO_2光催化剂以及一种MnO_x催化剂耦合协同作用去除NO_x，并初步分析了去除机理。

It was found that photochemical deposition of Hg occurred at the layer of TiO2 covering the surface of titanium electrode under UV irradiation, the adsorption of sulfadiazine on the photochemically deposited Hg was stronger than that on the electrochemically deposited Hg, and a method for the determination of sulfadiazine was proposed by the adsorptive stripping voltammetry based on photo-chemical deposition of Hg on Ti electrode.

该研究发现采用紫外光照射钛电极表面氧化钛层能够光催化还原Hg(上标致2+)生成Hg微粒，在Ti基电极上光化学沉积Hg比电化学沉积Hg对磺胺嘧啶具有更强的吸附作用，基于光化学沉积Hg/Ti电极建立了一种吸附溶出伏安法测定磺胺嘧啶的方法。

In addition, it was found that the presence of protic agent such as water would lead to the increase of pinacol byproducts.

本文还根据循环伏安实验和合成实验结果简要地讨论了反应机理。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。