纳米原油纵向动力学特性的实验研究

IF 0.5 Q4 MECHANICS

International Journal of Fluid Mechanics Research Pub Date : 2020-01-01 DOI:10.15406/fmrij.2020.04.00056

F. Farahbod

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引用次数: 3

摘要

纳米技术通过在原子的范围内工作以及改变它们排列的能力，以更少的原材料和更高质量的生产优化系统的效率和效率，已经能够极大地改变各种科学此外，纳米技术具有跨学科的性质，它打破了不同科学的界限，创造了一个环境，在这个环境中，所有学科和科学的成果、能力和工具都可以用来提高生活质量伊朗的石油和天然气工业历史悠久，能够开发这些巨大的资源，在这方面为该国创造了一个特殊的位置试图获取技术并改善这些行业的现状是多年来一直受到特别关注的事情因此，石油、天然气和石油化工行业距离纳米技术领域相对较远，而纳米技术也在一定程度上进入了这些领域这项研究关注的是工业领域的纳米技术

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Experimental investigation of the kinetics properties of the nano crude oil in a vertical line

Nanotechnology has been able to dramatically revolutionize the various sciences by working across the range of atoms and the ability to modify their arrangement and optimize the efficiency and efficiency of systems with less raw materials and higher quality production.1 In addition, nanotechnology, with its interdisciplinary nature, has broken the boundaries of different sciences and created a context in which the results, capabilities and tools of all disciplines and sciences can be used to enhance the quality of life.2 The oil and gas industry in Iran is very old and has been able to exploit these huge resources to create a special place in this regard for the country.3 Trying to access technology and improve the status quo in these industries is something that has been paying particular attention to it for years.4 For this reason, the oil, gas and petrochemical industries have been relatively far from the nanotechnology sphere, and to some extent nanotechnology has entered the area.5 What this study is looking at are areas of nanotechnology in the industry.6

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来源期刊

International Journal of Fluid Mechanics Research MECHANICS-

CiteScore

2.00

自引率

0.00%

发文量

期刊介绍： For the past 20 years, Fluid Mechanics Research (prior to 1992 Fluid Mechanics-Soviet Research) has offered broad coverage of the entire field of fluid mechanics including flow of compressible and incompressible fluids, vapor-liquid and slurry flows, turbulence, waves, boundary layers, wakes, channel and nozzle flow, fluid-structure interaction, lubrication, flow in porous media, flow through turbo-machinery, aerodynamics and rheology as well as new and innovative measurement techniques. The journal''s coverage is now being broadened to encompass research in the general area of transport phenomena where convective, diffusional and chemical reaction processes are important and to include biological systems as well as technological and geophysical systems. Fluid Mechanics Research has now merged with the TsAGI Journal, a publication of the world-famous Central Aero-Hydrodynamics Institute in Russia. This will position the new International Journal of Fluid Mechanics Research (IJFMR) as a leading journal on the art and science of transport phenomena and its application to the understanding of complex technological systems while maintaining a balance between academic materials and practical applications.