试验和分析结果将为建立非等温烧结模型和烧结工艺参数的优化方法提供依据。
The experimental and analytical results make the reference for building the non-isothermal sintering model and for the optimization of sintering process parameters.
以流体力学三大守恒方程为基础，建立了等温和非等温条件下的燃气管网稳态和动态仿真理论模型。
The theoretical dynamic simulation models for stationary flow and transient flow under the isothermal and non-isothermal condition are set up based on the three conservation equations.
对于单层模拟，分别进行了等温牛顿模型和非等温非牛顿模型的分析。
The isothermal and Newtonian model for single layer melt flow was analyzed, as well as the non-isothermal and non-Newtonian model.
针对幂律型流体，建立了稳态三维粘性不可压缩流体非等温流动的有限元模型。
The modeling for three-dimensional incompressible viscous non-isothermal steady flow was presented by using penalty finite element method.
并把非等温过程模型的搅拌反应器模型和估计算法应用于实验装置上。
The models of the non-isothermal CSTR and estimating algorithms have deen verified successfully at a pilot plant.
为了使试验结果尽可能接近真实燃烧过程，本文提出一种适用于非等温射流的后移燃烧器几何相似模型。
In order to approach as near as possible the actual combustion process, a mode! With geometric similarities for moved-out burner is described which is applicable to non-isothermal jet.
为了使试验结果尽可能接近真实燃烧过程，本文提出一种适用于非等温射流的后移燃烧器几何相似模型。
In order to approach as near as possible the actual combustion process, a mode! With geometric similarities for moved-out burner is described which is applicable to non-isothermal jet.
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