海水环境中微生物附着与钝性金属开路电位正移现象的研究进展。
Advance in research on microorganism attachment and ennoblement of open-circuit-potential of passive metals in seawater.
增加硫酸电解液浓度，开路电位正移，升高温度有利于反应进行。
The origination potential of oxygen reduction reaction being more positive, larger electrolyte concentration and higher temperature could promote the reaction.
天然海水中钝性金属开路电位的正移与其表面微生物附着的数量之间存在着对应关系。
There was a linear relationship between the potential ennoblement of passive metals with the adhesion microbes number on metal surface in natural seawater.
使用外观观察、开路电位以及线性极化电阻等方法研究了聚苯胺对碳钢腐蚀的阻化作用。
Inhibitive effects of polyaniline (PANI) for the corrosion of mild steel were studied using visual observation, open circuit potential (OCP) and linear polarisation resistance (LPR).
采用电化学技术和荧光显微技术研究了微生物附着对钝性金属在海水中开路电位的影响 。
An investigation on the changes in open-circuit-potentials of passive metals in seawater was made with electrochemical technology and epifluoresence microscopy.
对天然海水中微生物膜附着导致钝性金属开路电位正移现象及其作用机理的研究进行了综述。
It is an universal phenomenon that open-circuit-potentials of passive metals shifted towards noble direction gradually in natural seawater.
采用开路电位法、动电位扫描法和表面分析法研究了油-水体系中枝孢霉菌对A3钢电化学行为的影响。
The open circuit potential, potentiodynamic scanning polarization and surface analysis methods were employed to investigate the effect of Cladosporium on the corrosion behaviors of A3 steel.
阳极电位较弱以及开路电位下，阳极溶解较弱，裂尖和其他表面存在溶解性差异，这些因素有利于裂纹扩展。
At lower anodic potential and OCP, anodic dissolution is weak. The difference of dissolution between crack tip and other surfaces exist. These facts benefit the crack propagation.
根据地下参比电极接触测试原理，测试了套管被保护前后纵向深度上的套管自然电位、套管保护电位、阳极工作电位和阳极开路电位。
Through the contact test of underground reference electrode, we have tested the natural potential, casing protecting potential, the anode working potential, and the anode open circuit potential.
通过对复合式牺牲阳极埋地运行参数的测试表明，管道保护电位达—1.4V，阳极开路电位在—1.5 V以上，是非常理想的镁阳极电位，其应用效果优于镁锌混合式方法，具有广阔的应用前景。
Shown from test of operation parameters on buried compound sacrificial anodes, pipeline protective potential is -1.4V and anode opened-circuit is over 1. 5V. It is a much ideal mag…
电信号可以通过简单的电位器或一个CEI的输入人工控制器“操纵杆”，或者电卡在开路或者闭环电路运行中进行调节。
The electrical signal may be regulated by a simple potentiometer or one of CEI's input hand controllers "Joy Sticks", or by one of our electronic cards in open or closed-loop operation.
电信号可以通过简单的电位器或一个CEI的输入人工控制器“操纵杆”，或者电卡在开路或者闭环电路运行中进行调节。
The electrical signal may be regulated by a simple potentiometer or one of CEI's input hand controllers "Joy Sticks", or by one of our electronic cards in open or closed-loop operation.
应用推荐