在电化学控制浮选研究中，需要建立包括电化学测量值在内的各种重要参数的数学模型。
In research on electrochemistry control flotation, it's necessary to develop the mathematical model for important parameters including electrochemistry measurement values.
运用电化学原理，推导出适合于金属络合物体系极谱研究的数学方程。
According to electrochemical theory, a mathematical equation for polarographic study on a metal complex system is derived.
为提高扫描电化学显微镜（SECM）微定位系统的运动定位精度，对其压电工作台的数学模型和控制器设计进行了研究。
In order to improve the dynamic positioning precision of scanning electrochemistry microscope(SECM), the mathematic modeling and controller design of the piezo-stage are studied.
例子问题被包括为解决复杂的腐蚀问题说明电化学的概念和数学的应用。
Example problems are included to illustrate the application of electrochemical concepts and mathematics for solving complex corrosion problems.
给出了脉冲电化学加工极间平衡间隙的数学模型，并据此讨论了高频群脉冲电化学加工中，电源主脉冲频率与平衡加工间隙的关系。
Based on the model, the relationship between the main pulse frequency of supply power and the balanceable inter-electrode gap is discussed.
给出了脉冲电化学加工极间平衡间隙的数学模型，并据此讨论了高频群脉冲电化学加工中，电源主脉冲频率与平衡加工间隙的关系。
Based on the model, the relationship between the main pulse frequency of supply power and the balanceable inter-electrode gap is discussed.
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