By applying the proposed mathematical model, the scale-up method of the self-suction reactor was discussed.
应用所提出的数学模型，对自吸气环流反应器的放大方法进行了讨论。
The results of magnification experiments show that critical suspension speed is an ideal scale-up method and the extraction process is controlled by interior diffusion within a certain agitating rate.
对提取搅拌槽通过冷、热模放大实验得出，按临界悬浮转速放大，放大效应很小，是比较理想的放大方法，而且在一定转速范围内茶多酚提取属内扩散控制过程。
This method allows you to scale up and make more efficient use of your systems, while removing a lot of the complexity out of producing and supporting such a system.
利用此方法可以扩展及更加有效地利用系统，同时大大降低维护和支持此类系统的复杂性。
Experimental results show that the method keeps up with the object appearance and scale changes, and is robust under the influence of occlusion and illumination factors, etc.
大量视频序列测试的结果表明，在场景遮挡、光照变化等因素的影响下，算法能够对目标外观以及尺度的变化进行稳健、实时和有效的跟踪。
Second, using large-scale finite element method software—MARC establishes the rolling model, and compiles the process file, and sets up the different rolling condition parameters.
运用大型有限元软件MARC，建立轧制模型，编写过程文件，设置不同的轧制条件参数。
For optimal model - reduction of large scale systems, up to now, the integral-square - error method has been developed for systems with impulse, power or sine function inputs only.
大系统的模型最优简化的积分平方误差法，至今仅仅对输入函数为脉冲、幂函数和正弦函数时有效。
Since the large scale network may not be partitioned efficiently, we present a multi level method to speed up.
针对规模巨大的实际配电系统，应用图的多级划分思想，提出了图的压缩算法以提高计算效率。
A new kind of variable scale projection is obtained. This method opens up new function and application range for common map projections. Systematical results and applications have been obtained.
该研究开拓了常用地图投影的功能和应用范围，获得了系统的理论结果和应用实例。
The effect of nonlinearity in measuring equation is retained and the partition method of a large scale system is used. The method can speed up the calculation of state estimation.
该法保留了测量方程的非线性，同时又利用了大系统分割方法，提高状态估计的计算速度。
This method builds up a foundation for large-scale experiment.
研究为扩大试验建立了良好的基础。
This method builds up a foundation for large-scale experiment.
研究为扩大试验建立了良好的基础。
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