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Study of slime water concentration measurement and influencing factors with Ultrasonic attenuation theory

机译:超声衰减理论的粘液水浓度测量和影响因素研究

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With the increasing degree of mechanization coal mining, the coal proportion less than 0.5 mm grade was increased year by year in raw coal in our country, which increase the difficulty of the slurry water treatment. However, the treatment can reduce the concentration of Wash water, realize the closed water circuit. And the economy of water resources the reclaim of coal and the protection of ecological environment can be influenced. And the correct detection of slime water concentration is the basis of all work. At present, the gamma-ray detection method is used to test Coal Slurry water concentration, with which there are a lot of inconvenience. The ultrasonic technology is introduced to detect coal slurry water concentration. The ultrasonic attenuation rule in the slurry water and the factors of affecting the acoustic attenuation are researched. The solutions are brought up. Tests show that ultrasonic detection technology can replace the traditional gamma-ray method and has great practical value.
机译:随着机械化煤炭矿业的增加,煤比例小于0.5毫米等级,在我国的生煤年增长率增加,这增加了泥浆水处理的难度。然而,治疗可以降低洗涤水的浓度,实现封闭的水回路。和水资源经济的回收煤炭和保护生态环境的保护可能会受到影响。并且正确的粘液水浓度检测是所有工作的基础。目前,γ射线检测方法用于测试煤浆料水浓度,存在很多不便。引入超声技术以检测煤浆料水浓度。研究了浆液中的超声衰减规则和影响声学衰减的因素。解决方案被提升。测试表明,超声波检测技术可以取代传统的伽马射线法,具有很大的实用价值。

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