Thermal model experiment of catalyst synthesis shows the shape of the N-catalyst can be controlled by using the above optimized agitation in a certain range of rotating speed.
催化剂合成热模实验表明，采用以上的搅拌形式，在一定的搅拌转速范围内，可以较好地控制催化剂的颗粒形态。
In general, the dynamic math model of a thermal process is an approximate transfer function obtained from step response curve which is figured through field experiment.
热工过程的动态数学模型通常通过现场试验作出它的阶跃响应曲线，然后从阶跃响应曲线得出近似传递函数。
The porous thermal hydraulic model is used to calculate complex fluid flow and heat transfer in rod bundle. The simulating calculation is verified through experiment.
采用多孔体模型对流体在棒束间的复杂流动传热进行了模拟计算，并将模拟计算结果与实验数据进行了比较。
Based on the cold model experiment and according to the data measured at the workshop, the thermal characteristics of SLC calcinators are studied in this paper.
通过冷模实验及对实际生产参数的测试，对s LC型分解炉热工特性进行研究。
Secondly this paper utilizes ANSYS to analyze the thermal of properties motorized spindle which was designed by a corporation, and resort to experiment to validate the dependability of the FEA model.
最后对车铣用电主轴的热态特性利用ANSYS进行了基于热接触理论的有限元分析，通过实验对其准确性进行了验证。
The flow and heat transfer numerical model for Canopy Thermal Fatigue Test-Bed is established. The simulating results agree with the experiment data well.
建立了座舱盖热疲劳试验台试验段流动及换热计算模型，并通过与试验结果的对比及分析，验证了模型的正确性。
The flow and heat transfer numerical model for Canopy Thermal Fatigue Test-Bed is established. The simulating results agree with the experiment data well.
建立了座舱盖热疲劳试验台试验段流动及换热计算模型，并通过与试验结果的对比及分析，验证了模型的正确性。
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