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Tourmaline Fiber Experimental Study of Indoor Air Purification

机译:室内空气净化的电气石纤维试验研究

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To explore the tourmaline fiber potential to improve indoor air quality characteristics,the paper fibers on the adsorption of formaldehyde and tourmaline tourmaline negative ion fiber were studied. The results showed that tourmaline fibers of low concentrations of formaldehyde in air has good adsorption properties,including tourmaline fiber degradation rate of 76% formaldehyde,tourmaline anion fiber over the launch of up to 5000/cm3. The mechanism of the related theoretical analysis and experimental validation for the development of tourmaline fiber filter and adsorption material of this efficient use of tourmaline fiber to improve indoor air quality of laying a foundation.
机译:为了探讨推动光纤纤维潜力,以改善室内空气质量特性,研究了甲醛吸附的纸纤维,并研究了对甲醛和电气石陀螺素负极离子纤维的纤维。结果表明,在空气中低浓度的甲醛的陀螺纤维具有良好的吸附性能,包括氟胺纤维降解速率为76%甲醛,电碱阴离子纤维在发射高达5000 / cm3。电气纤维纤维纤维过滤器开发的相关理论分析和实验验证的机制,这对基础纤维的效用的吸附材料,提高了铺设基础的室内空气质量。

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