Results show that during the spout electroanalysis corrosion process, the nanocrystallines in the amorphous region are corroded more easily than bulk metallic glass. 结果表明:在喷射电解腐蚀过程中,非晶内少量纳米级别的晶体相对于块状非晶基体较容易被腐蚀破坏。
Electroanalysis of telmisartan in the presence of sodium dodecyl sulfonate 十二烷基苯磺酸钠存在下替米沙坦的电化学分析
Electroanalysis Based on Neutral Red and Thionine Nanocomposites 基于中性红及硫堇纳米复合物的电分析
The Supervision and Control System of Short-Circuit Switch Based on Copper Electroanalysis PLC 基于PLC控制的铜电解用短接开关监控系统
Mechanism on Increasing Electroanalysis Efficiency by Cathode Doping for the Metal Zirconium Prepared by Electro-Deoxidization in Molten Salt 阴极掺杂提高熔盐电脱氧制备锆电解效率的机制
Since the response of the biomacromolecules such as protein is exceedingly feeble on the ordinary electrode, it has been difficult to carry on relevant electroanalysis research. However, with the appearance of the modified electrode, the electrochemistry research of protein is greatly promoted. 由于蛋白质等生物大分子在一般的电极上响应极弱,难以进行有关的电分析研究,而化学修饰电极的出现,极大的推动了蛋白质电化学研究的发展。
The3SF fixed electric potential electroanalysis sensor was chosen as the online continuous detector of boiler sulfur dioxide emission. 选用了3SF定电位电解型传感器作为二氧化硫连续在线监测探头。
The Application of Carbon Nanotubes in Electroanalysis 碳纳米管在电分析中的应用
Meanwhile, it finds out electroanalysis parameters influencing workpiece size precision and surface roughness. 同时还得到了电解参数对工件尺寸精度和表面粗糙度值的影响规律。
Characteristic investigation of the fixed electric potential electroanalysis sulfur dioxide sensor 定电位电解二氧化硫传感器特性研究
Several important applications of BDD electrode in electroanalysis, electrosynthesis and electrochemical wastewater treatment are summarized. 本文综述了高掺杂硼复合多晶金刚石薄膜电极在电化学中的几个重要应用,包括电分析、电合成及电化学法处理废水等。
Contrast Experiment and Research Between Ripple and Direct Current Electroanalysis Grinding 脉冲电解和直流电解磨削加工的对比实验和研究
Various influence factors of electrochemistry desulphuration in Br-/ Br 2 system: influence of temperature to electroanalysis system of capability; 本文研究了Br-/Br2体系的电化学方法脱除烟道气中二氧化硫的各个影响因素:温度对电解体系的性能影响;
A method for analyzing Mo-Cu alloy is proposed in this paper. The sample is dissolved in mixed acids, Using sodium potassium tartrate to hide the matrix of Molybdenum, Copper and Nickel's content can be determined by electroanalysis and weight methods. 本方法采用硝酸&硫酸混合酸溶解试样,以酒石酸钾钠络合主体钼,用电解法和丁二酮肟重量法分别测定铜和镍的含量。
The possibility of test by electroanalysis is put forward ground on experimental result. 根据实验结果,提出了用电化学方法进行检验的可能性。
Then, their applications in electroanalysis have been studied with great details. 表面活性剂在电化学和电分析化学中已得到十分广泛的应用。
Study of Electroanalysis and Electro-oxidation Mechanism of Quercetin 槲皮素的电分析与电氧化机理研究
Research of process technics of electroanalysis of NC milling machine 数控铣床电解加工工艺的研究
Design of on line monitoring system for sulfur dioxide in the flue with electroanalysis method 电解法烟道气二氧化硫在线监测系统的设计
Chemically modified electrodes are prepared by designing the electrode surfaces on the molecule level, and have shown splendid prospects in sensitivity and selectivity, which have been used in various fields in the electroanalysis chemistry. 化学修饰电极的特色在于能在基体电极表面进行分子设计,从而达到高选择和高灵敏度的检测,使得它在电分析化学中得到广泛的应用。
Application of electrochemically activated glassy carbon electrode in electroanalysis of lead cation 电化学活化玻碳电极应用于铅离子的电分析检测
In the field of electroanalysis, the applications of IL generally focus on as an alternative solvents or supporting electrolyte, and the electrode modified material in application of biosensors and biocatalysis. 室温离子液体在电分析化学中主要是作为溶剂或支持电解质以及电极修饰材料被用于生物传感器和生物催化领域。
In this paper, a study has been made on searching for an effective method of using phosphated residue as resources from dissepiment electroanalysis treatment, being changed into a new kind of composite phosphate solution and composite anti corrosive pigment. 本文采用隔膜电解、配制新型复合磷化液和制备复合防锈颜料三种不同的方法,进行磷化渣的资源化处理研究。
The emphasis of this thesis is the application of electroless deposition in separation and electroanalysis chemistry. 1. 本论文的重点在于化学镀技术在分离和电分析化学中的应用。
Their very rich redox chemistry makes them suitable for electrode modification, electrocatalysis and electroanalysis. 多酸具有丰富的氧化还原性质,非常适合作为修饰电极的材料和电催化剂。
In recent years, nanotechnology has gradually entered the field of electroanalysis and biosensors, and led to a breakthrough. 近年来,纳米技术逐步进入电分析和生物传感器领域,导致了突破性的进展。
Silane films have been widely used in electroanalysis, biosensors, optical devices, as well as surface pretreatment for corrosion protection. 硅烷膜在电分析化学、生物传感器、光学器件及金属表面防护性预处理等领域有着广泛的应用。
Metalloporphyrins have attracted much attention due to their special molecular structure and function, they have been hot areas of research such as photo-electron conversion, electrocatalysis, electroanalysis etc.. 由于其特殊的分子结构及功能,金属卟啉在电催化应用中受到了广泛关注,是光电转换、电催化以及电分析化学等领域的研究热点。