Research on a Portable Gel Physical Properties Analyzer

Huan Yan, Weixin Gao, Feiyuan Yu
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Abstract

Viscosity is an important physical property of gels widely used in the petroleum industry. In this paper, a non-contact and efficient measurement method is proposed. The motion process of the gel in the capillary is captured by a high-speed camera, and the gel image is obtained. Using the advantages of GPU in parallel computing, a corresponding image processing method is proposed. The physical viscosity measurement of four actual batches of gels shows that the method proposed in this paper can accurately obtain the actual physical properties, and the execution time of the method in this paper is significantly faster than the CPU serial method, which ensures the accuracy of the calculation of the physical properties of the analyzer. At the same time, the real-time performance of the calculation is improved.
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便携式凝胶物理性质分析仪的研究
粘度是广泛应用于石油工业的凝胶的一项重要物理性质。本文提出了一种非接触、高效的测量方法。利用高速摄像机捕捉凝胶在毛细管中的运动过程,得到凝胶图像。利用GPU在并行计算中的优势,提出了相应的图像处理方法。对4批实际凝胶的物理粘度测量表明,本文提出的方法可以准确地获得实际的物理性质,并且本文方法的执行时间明显快于CPU串行法,保证了分析仪物理性质计算的准确性。同时,提高了计算的实时性。
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