Compared to the traditional one-by-one method,a new high-efficiency method is used to characterize large numbers of regulations varying samples.Accordingly,bump-shaped electrodes are designed using the computational f...Compared to the traditional one-by-one method,a new high-efficiency method is used to characterize large numbers of regulations varying samples.Accordingly,bump-shaped electrodes are designed using the computational fluid dynamics model,and the effect of the height and placement of these electrodes is discussed.The experimental feasibility is certified by weight loss measurement.Results indicate that flow velocities of different bump-shaped electrode surfaces are significant differences.Thus,each surface can be analyzed independently;the thickness loss of each electrode surface is consistent with that using one-by-one method,which can effectively improve the experimental efficiency 12 times.展开更多
基金the financial support of the National Key Research and Development Program of China (No.2017YFB0702203)the National Natural Science Foundation of China (No.U1460202)+1 种基金the National program for the Young Top-notch Professionalsthe Fundamental Research Funds for the Central Universities (No.N170205002)
文摘Compared to the traditional one-by-one method,a new high-efficiency method is used to characterize large numbers of regulations varying samples.Accordingly,bump-shaped electrodes are designed using the computational fluid dynamics model,and the effect of the height and placement of these electrodes is discussed.The experimental feasibility is certified by weight loss measurement.Results indicate that flow velocities of different bump-shaped electrode surfaces are significant differences.Thus,each surface can be analyzed independently;the thickness loss of each electrode surface is consistent with that using one-by-one method,which can effectively improve the experimental efficiency 12 times.
