煤矿爆炸环境中风管用纺织纤维的抗静电处理

Ioan I. Gâf-Deac, E. Visileanu, C. Păun, C. Valeca, Ileta Târliman
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引用次数: 0

摘要

在本文/通信中,纺织纤维在空气管道中的静电载荷问题以一种创新的方式进行了处理,引起了爆炸危险。在九谷矿区能源煤和焦炭的地下开采中,发现甲烷(CH4)和煤尘是灰大气的主要形成因素,因此在矿山安全解决方案中,主题方面的方法是必不可少的。具体规定,浓度为9.8%的甲烷和煤尘具有最大的爆炸破坏性潜力,并对人类造成所有医疗/致命后果。观察表明,部分气管中使用的合成纤维具有低导电性和显著的静电负荷。作者提出的变体是诉诸于选择不同的纺织纤维放在静电应力的堆栈/范围上。
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ANTISTATIC TREATMENT OFTEXTILEFIBERS FOR AIR TUBES IN GRIZUTOS COAL EXPLOSIVEENVIRONMENT
In the paper / communication, the problem of electrostatic loading of textile fibers in the air pipes is being treated in an innovative way, occasioning explosive hazards. The thematic aspect approached is essentially required in mining security solutions in the underground exploitation of energy coal and coke in the Jiu Valley mines, where methane (CH4) and coal dust are found to form the grizzly atmosphere. It is specified that methane and coal dust in a concentration of 9.8% have the maximum devastating potential of explosion, with all the medical / deadly consequences among people. Observations show that synthetic fibers used in partial air tubes have low electrical conductivity and load significantly, electrostatically. The proposed variant of the authors is to resort to the choice of different textile fibers placed on the stack / range of electrostatic stresses.
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DEVELOPMENT OF TEXTILE-RUBBER COMPOSITE MATERIALS USING RECYCLED RUBBER AND TEXTILES WITH APPLICATIONS IN INDUSTRY ELECTROSPINNING OF ANTIBACTERIAL POLYURETHANE/ZnO NANOFIBERS GROWING MATERIALS: EXPLORING NEW DESIGN PRACTICES TOWARDS A SUSTAINABLE FASHION SECTOR SELECTIVE DEPOSITION OF NANOFIBERS NET ON TEXTILE STRUCTURES OVERVIEW OF THE KNITTED MATERIALS WITH VIBRATIONS DAMPING CAPACITY
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