摘要
本研究利用大氣壓力電漿設備，於大氣環境中連續進行PET纖維織物表面改質技術之研究，由於習用之電漿設備均需於真空環境操作，因此無法滿足工業上連續式大量處理之所需。因此，本研究將利用常壓之電漿產生裝置，以氦氣及氧氣為反應氣體來產生具有高能量及高化學活性之游離氣體，以進行織物之表面處理，如具有高度生物親合性之撥水劑，或具有撥水功能之化學分子，並創造高附加價值之特定功能性織物，而撥水劑被覆接枝實驗之含浸效果評估，經電漿處理後之含浸效果於水洗10次以上仍可維持80%至90%之含浸效果。利用電子掃瞄顯微鏡觀察其纖維形貌，觀測結果確實已經披附上一層約三百奈米之撥水劑分子層。
並列摘要
This study utilizes equipment of atmospheric plasma, the research of technology that carry on the fabric modifications of PET and succession in the atmospheric pressure environment, is it react gas is it is it have high-energy and high chemical activation dissociate the gas to produce to come to regard helium and oxygen as, result of soaking will be included on water-washing not keeping by result of soaking will be included of 80% to 90% still 10 or more times after the electric thick liquid is dealt with of pieces of experiment not to and can't set aside by water the pharmaceuticals. Utilize electrons to sweep and take aim microscopes and observe their fiber shape, has observed the result and really already wrapped and enclosed one point about 300 layers to endure the setting aside water pharmaceutical molecule layer of rice.
延伸閱讀
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- Brnada, S., Kovačević, S., & Sabljak, B. (2013). Prevention of Faults on Wool Fabrics by Application of Cold Sizing. Textiles and Light Industrial Science and Technology, 2(4), 189-193. https://www.airitilibrary.com/Article/Detail?DocID=P20150611018-201310-201508180028-201508180028-189-193
- 康啟三、邢文灝、潘毅鈞（2006）。The Study on Contact Angle of PET/Nylon Fabric by Microwave Irradiation。華岡紡織期刊，13(1)，1-9。https://doi.org/10.29984/JHGT.200603.0001