CAJ | 학술논문

利用低温等离子体，以氩气为工作气体，在工作压强为20Pa、处理功率为30w的条件下对HDPE薄膜进行了表面改性。用接触角、SEM、AFM、XPS等手段对改性结果进行了分析和表征。研究结果表明：在0～300s的处理时间内，失重率在处理时间为90s左右时达最大值；接触角在0～160s内随处理时间的增加显著减小，而在160～300s的处理时间内没有发生明显变化；改性后的接触角随着放置时间的推移出现微弱回复；HDPE薄膜经过氩气低温等离子体处理后，能在其表面形成各种极性基团，主要是羰基、羟基和羧基，且薄膜经处理后，其表面的结合能及平面光洁度发生了改变。
이용저온등리자체，이아기위공작기체，재공작압강위20Pa、처리공솔위30w적조건하대HDPE박막진행료표면개성。용접촉각、SEM、AFM、XPS등수단대개성결과진행료분석화표정。연구결과표명：재0～300s적처리시간내，실중솔재처리시간위90s좌우시체최대치；접촉각재0～160s내수처리시간적증가현저감소，이재160～300s적처리시간내몰유발생명현변화；개성후적접촉각수착방치시간적추이출현미약회복；HDPE박막경과아기저온등리자체처리후，능재기표면형성각충겁성기단，주요시탄기、간기화최기，차박막경처리후，기표면적결합능급평면광길도발생료개변。
The surface of high density polyethylene was modified using low temperature Ar plasma technology under the condition of vacuum pressure of 20 Pa and treatment power of 30 W. The results have been analyzed and characterized with water contact angle measurement, scanned electron microscopy（SEM）, atomic force microscopy（AFM）, XPS, etc. The results show that the weight loss rate of per unit area has reached maximum value at discharge time of 90 seconds during the treatment time of 0 -300 s; the water contact angle sharply decreased in the 0 - 160 s treatment time and their values did not cause significant changes during the 160 -300 s treatment time; the water contact angle gradually increased with the longer standing time; the surface of HDPE could form some polar species such as carbonyl, hydroxyl and carboxyl groups and the binding energy of the surface changed after treatment by low temperature Ar plasma.