研究了轮胎橡胶在超声场中的脱硫化

G. K. Korneychuk, A. K. Runov
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引用次数: 0

摘要

本文研究了弱超声对轮胎废胶屑脱硫化过程的影响。实验是在固定条件下进行的,系统沥青是轮胎废料的橡胶屑。根据超声处理对橡胶-沥青组分温度特性的影响,进行了工艺评价。它是建立超声波的影响,使有机会充分利用潜在的轮胎废料,作为caoutchouc的来源。研究人员已经证明了应用超声波在“恶劣”气候条件下保持建筑材料的橡胶-沥青结合的物理力学特性的显著改善。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research de-vulcanization of tyres rubber in an ultrasonic field
In this work influence of weak ultrasound on process de-vulcanization a rubber crumbs of tyres waste has been investigated. Experiments were spent in stationary conditions in system bitumen - a rubber crumb of tyres waste. The process estimation de-vulcanization was carried out on changes of the temperature characteristics received as a result of ultrasonic processing, rubber-bitumen compositions. It is established that ultrasonic influence gives the chance fuller use of potential of a tyres waste, as source of caoutchouc. Researchers have shown efficiency of application of ultrasound for considerable improvement of physical-mechanical characteristics rubber-bitumen binding for the building materials maintained in the conditions of “a severe” climate.
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