As a result, the authors will also include experimental data to address fluid flow mechanics, temperature and solvent concentration-related effects.
作为研究的结果，笔者将会在本文中提供详细的实验数据以体现流体力学、温度和溶液浓度对清洗工艺的影响。
The ambiguity and uncertainty of reservoir actual structure and fluid flow mechanics make it difficult for conventional modeling and algorithms to describe and solve.
实际油藏构造和流动机理的模糊性和不确定性，使得传统的模型和算法无法或者很难描述和求解。
The fluid mechanics equations of one-dimensional incompressible unsteady flow are adopted in whole low-speed turbo-compression system.
本文将一维非定常不可压流体力学方程组，应用于整个低速透平压缩机系统。
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