应用电化学 meaning in Chinese
applied electrochemistry
applied electronic chemistry
Examples
- In addition , the shortcoming and the developing direction of the techniques are also discussed
同时，分析了应用电化学方法在评价材料性能方面进行研究的一些不足和未来的发展方向所在。 - The effect of sodium carbonate on the corrosion inhibition of aluminum alloy in sodium chloride solution was investigated by sem and electrochemical means
摘要应用电化学实验方法和扫描电子显微镜( sem )研究了碳酸钠在氯化钠溶液中时铝合金的缓蚀作用。 - In this study , the performance of organic coatings as well as the sacrificial anode for corrosion protection to lead tube are evaluated by the electrochemical impedance spectroscopy technique in an accelerated laboratory test
本研究乃针对牺牲阳极的阴极保护及有机涂层等防蚀措施，在模拟加速腐蚀环境中，应用电化学交流阻抗及测试技术，评估其用于铅管的可行性及耐蚀性改善效益。 - The contents of the research mainly include three aspects : firstly , it is to select proper materials for designing and fabricating the electrochemical immunosensor . secondly , using the proper method to set up the experiment conditions and judge the characters of the sensor . thirdly for examining the result of the electrochemical immunosensor made , we use the sensor to detect antibody - antigen reactions of several common diseases of parasites and microbes
本研究的内容主要包括3个方面：一是筛选适当的材料，设计和构建电化学免疫传感器；二是采用适当的方法建立电化学传感器的实验条件，并测定传感器的各种性能；三是应用电化学免疫传感器检测几种常见寄生虫病、传染病的抗原抗体反应，了解研制的电化学免疫传感器的实用效果。 - From the results of the experiment , we can see that simultaneity electrochemical polymerization of 3 - pyrrole - dna and 3 - [ 2 , 5 , 8 , 11 - tetraoxa - tridecyl - 13 - ol ] - pyrrole was a new promising method for preparing dna chips because this method had such following advantages : first , the immobilization procedure can be controlled easily . second , with the progress of microelectronics , the miniaturization and integraterization of polypyrrole - based dna chip can be achieved in the future ; third , using an electrochemical active compound like the mb , the hybridization detection will be performed more easily
从以上实验结果可看出，电化学聚吡咯方法制备dna芯片和传统的方法相比具有下列优越性：首先，固定可通过电化学信号控制和完成，操作简单易行；其次，微电子技术和电化学的进一步结合，可以提高芯片的集成程度，将dna芯片进一步向产业化方向推进；第三，通过应用电化学活性物质，有望建立无标记的dna芯片检测技术，有利于减少环境污染、提高灵敏度、降低成本。