In the optimization phase, we develop a predictive model for the system to find useful operating conditions through response surface contour plots and perhaps mathematical optimization.
在优化阶段，我们开发了一个系统的预测模型，通过响应面的等高线图或者数学优化，去寻找合适的操作条件。
From the stereographic plots of the slip line directions measured around the specimen surface, the slip planes were determined.
根据试样表面滑移线的方向，在极图上确定滑移面。
The properties of electrode surface were studied by comparing the Nyquist plots of PTA - MMT/GCE and NaMM/GCE.
通过对比改性前后修饰电极的交流阻抗图，研究了电极表面的特性。
The properties of electrode surface were studied by comparing the Nyquist plots of PTA - MMT/GCE and NaMM/GCE.
通过对比改性前后修饰电极的交流阻抗图，研究了电极表面的特性。
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