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微波處理聚酯梭織物表面封其濕潤性質之研究

The Study on Surface Wettability of PET Fabric by Microwave Irradiation

摘要


本研究係将聚酯梭織物以不同微波能量處理,藉由擷取甘油滴定梭織物産生之接觸角、梭織物吸附溶液之擴散面積、回潮率等測試來探討微波處理後對於聚酯梭織物的濕潤性,並了解聚酯梭織物的表面濕潤性質是否對梭織物複合性有影響性。研究結果得知,以濕式微波處理450W時效果最佳,原本未處理的吸附時間超過12秒,濕式微波處理450W時可縮短至11秒,但由剝離強力可觀察出,濕式微波處理900W時,布與布及布與膠層間剝離強力提升最高,分別提升11.7%、21.6%。

關鍵字

微波 接觸角 表面處理 濕潤性

並列摘要


In the study, we used the glycerol to measure the PET fabric properties by treating the different microwave energy, such as the contact angle, the fabric surface wettability, the diffuse area, and the moisture regain. We expect to know the properties and compatibility of fabric when we measured the surface wettability of fabric. The fabric without microwave irradiates spend more than 12 sec, but the results show that the best effect of watery microwave irradiates is 450W, and the fabric absorbent time will go down to 11 sec. Further more, when the watery microwave irradiates is 900W, the adhesion of fabric to fabric or fabric to rubber will rise to 11.7% and 21.6%.

被引用紀錄


陳欣怡(2013)。無機層材添加於染料敏化太陽能電池電解質中對於電池轉換效率之研究〔碩士論文,中原大學〕。華藝線上圖書館。https://doi.org/10.6840/cycu201300929

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