武汉纺织大学学报
武漢紡織大學學報
무한방직대학학보
Journal of Wuhan Institute of Science and Technology
2011年
6期
8-10
,共3页
吴瑜%赵宇迪%袁威%柯鹏%李立珊%李健
吳瑜%趙宇迪%袁威%柯鵬%李立珊%李健
오유%조우적%원위%가붕%리립산%리건
等离子体%兔毛%粉体
等離子體%兔毛%粉體
등리자체%토모%분체
Plasma%Rabbit Hair%Powder
在纤维改性实验中提出了生产兔毛微纳米粉体的方法,本技术粉体生产效率高、速度快。显微观察发现粒径在几微米-几十纳米之间。鉴于羊毛粉体在皮革和纺织等材料领域中获得了广泛的应用,兔毛粉体也将会有比较好的应用前景。
在纖維改性實驗中提齣瞭生產兔毛微納米粉體的方法,本技術粉體生產效率高、速度快。顯微觀察髮現粒徑在幾微米-幾十納米之間。鑒于羊毛粉體在皮革和紡織等材料領域中穫得瞭廣汎的應用,兔毛粉體也將會有比較好的應用前景。
재섬유개성실험중제출료생산토모미납미분체적방법,본기술분체생산효솔고、속도쾌。현미관찰발현립경재궤미미-궤십납미지간。감우양모분체재피혁화방직등재료영역중획득료엄범적응용,토모분체야장회유비교호적응용전경。
The authors find a method to produce micro-nano rabbit hair powder in fiber modification experiments.This kind of powder production technology has high production efficiency and speed with the ultimate powder size ranging from several microns to dozens of nanometers in microscopic observation.Because the wool powder has widely been applied in the material field of leather and textile,it is considered that the nanometer rabbit hair powder can be used widely in in the material field of leather and textile.