CAJ | 학술논문

通过正交实验法，研究织物中导电纱间距，导电纱主体，导电纱所在位置等因素对织物抗静电性能的影响。采用电荷半衰期作为织物抗静电性能的评价指标。结果表明：在织物中嵌织式地加入导电纤维是提高织物抗静电性能的一种有效方法，导电纤维之间的间距以及导电纤维的主体纱对织物抗静电性能影响不大且织物的正反面抗静电效果相同。
통과정교실험법，연구직물중도전사간거，도전사주체，도전사소재위치등인소대직물항정전성능적영향。채용전하반쇠기작위직물항정전성능적평개지표。결과표명：재직물중감직식지가입도전섬유시제고직물항정전성능적일충유효방법，도전섬유지간적간거이급도전섬유적주체사대직물항정전성능영향불대차직물적정반면항정전효과상동。
Across the orthogonal test, we studied about how the conductive yarns in the fabric influenced the anti-static property, such as the spacing, body and location of the conductive yarn. Using the charge half decay time index to evaculate the property of the anti-static fabric. The result shows that:we can improve the anti-static property efficiently by adding the conductive fibers into the fabric in mosaic way. The conductive fiber'spacing and body make a few influence on the property of anti-static fabric and both sides of the fabric get the anti-static property of the same effect.