操作条件优化后，利用该柱基线分离了几种酚类化合物。
After optimization of separation conditions, baseline separation of several phenol compounds was performed on the monolithic col.
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。
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.
介绍非线性回归和操作条件的非线性优化方法。
The non linear regression and non linear optimization methods for operating conditions were introduced.
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