Whereas chronocoulometry indicated cytochrome c was not absorbed on electrode surface.
最后，利用电沉积的方式制备了DNA/NG/GCE修饰电极。
Thesurface concentration and diffusion coefficient of oxalic acid at the CNTs/GCE wereestimated to be 7.17×10~(-9) mol/cm~2 and 1.16×10~(-4) cm/s by chronocoulometry.
氧化峰电流和草酸的浓度在5.0×10~(-5)～1.5×10~(-2)mol／L范围内呈良好的线性关系。
A MWNT film was obtained on the GCE or graphite electrode surface via dropping supernatant method.
采用滴涂法分别制备了MWNT /GC修饰电极和MWNT /石墨修饰电极。
Abundance trends of CNO elements are crucial to nucleosynthesis of elements and GCE studies.
CNO元素对于元素的核合成和星系化学演化研究非常重要。
At present, it is an efficient method to set up a simple model to study the complex process of GCE. In Chap.
目前，建立简单的模型来研究复杂的银河系及其它星系的化学演化过程是比较有效的方法之一。
If you have qualifications other than GCE/GCSE awards we shall welcome your application.
如果你有除了GCE/GCSE之外的其他证书，我们欢迎你的申请。
Methods:The MWNTs modified GCE could be applied to detect rhein directly with high sensitivity.
建立了一种灵敏、直接检测大黄酸的电化学分析方法。
The GCE is intended for pupils an academic bias and any number of subjects may be taken.
GCE为偏爱理论课程的学生设立，理论上任何课程都必须参加考试。
The adsorption and oxidation of the native and temperature-denatured CT DNA at GCE are studied by i...
首次用现场红外光谱电化学方法研究了自然状态和热变性的CT DNA在玻碳电极表面的电化学过程。
The accumulation mechanism of ssDNA on the modified GCE is discussed.
讨论了单链DNA在电化学修饰玻碳电极上的富集机理。
A pupil may take GCE in some subjects and CSE in others.
所以，学生可以选择地参加GCE和CASE中的科目考试。
Results indicate that there are great differences in both absorption and electrocatalysis activity among the three electrodes.
结果表明，槲皮素在上述三种电极表面均有较强的吸附，但吸附活性和电化学活性方面存在较大差异，按GCE、PGPE、CNTPE的顺序递增。
CV, DPV and amperometric curve described the determinaton of DA on the poly aminobenzene sulfonic acid modified GCE.
研究了邻氨基苯甲酸修饰电极的制备及神经递质DA 在该聚合物薄膜修饰电极上的电化学行为。
8 Mol/L. The electrode process and reaction mechanism of ACOP were investigated. The results show that the proton numbers is 2 and electron transfer number n is 2. The method has been used to determine the content of ACOP in tablets with the recovery between 98.2%~105.0% by means of standard addition method. Compare with ultraviolet spectrometry, the method is not remarkable difference.
9949；检测限为8。0×10-8 mol/L。探讨了ACOP在GCE/Nafion-MWCNTs上的电极过程和反应机理，测得在本体系中参与反应的质子数和电子转移数均为2，对ACOP药片进行了测定，回收率为98.2%~105.0%，与紫外分光光度法比较，无显著差异。
SCE respectively. Owing to the repulsion between the polymer film and AA, the poly-VPP/GCE has superior exclusive ability for AA.
研究了烟酰胺在GCE上的电化学聚合及所形成的修饰电极(poly-VPP/GCE)的电化学特性。
The Ch-Glu/GCE showed higher capability for restraint of pollutions than a simple Ch modified electrode or a simple Glu modified electrode.
相对于谷氨酸或胆碱单独修饰的电极，Ch-Glu/GCE对亚硝酸根的氧化具有显著的催化作用，并显示出较好的抗污染性能。
The results indicate that the electrochemically modified GCE could accumulate purines and ssDNA by effective adsorption and produce sensitive differential stripping peaks. The stripping peak heights were linear with the concentrations of purine bases and denatured DNA in the suitable range.
实验结果表明，用电化学方法预处理玻碳电极操作简单，效果明显，预处理玻碳电极对嘌呤及其核苷和DNA的吸附能力大大增强，用微分计时电位溶出法可以得到灵敏的溶出峰，溶出峰高与其浓度在一定范围内呈良好的线性关系，可用于嘌呤碱基及其核苷的定量检测和DNA浓度的测定。
After long time storage, being sonicated in water and anhydrous ethanol, respectively and repetitious scanning in buffer solution, the stability of the Lysine-GCE system was tested.
组装的赖氨酸膜在经过长时间放置、水和乙醇的超声洗涤以及在缓冲溶液中的多次反复循环扫描后依然稳定。
By electrochemical synthesis of polymer films of catechol, resorcinol, HQ, OAP, and phosphomolybdate, and nano-platinum modified glassy carbon electrodes (PtNP/GCE) were prepared respectively.
通过电化学方法分别合成邻苯二酚（CC）、间苯二酚（AC）、HQ、OAP、磷钼酸（PMO12）聚合膜，并制备了相应的纳米铂修饰玻碳电极（PtNP/GCE）。
The effect of pH, accumulation time and amount of the deposited gold microparticles on the reduction peak current of methyl-parathion at the Au/MWCNTs/GCE were investigated. 3.
考察了电解质溶液的pH值及富集时间、纳米金的负载量等因素对于对硫磷的还原峰电流的影响。