芳綸纖維緯平針織物增強(qiáng)聚酰胺復(fù)合材料簡(jiǎn)述-資料下載頁
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【正文】 ich N, Feldman Y, Marom G. The directionproperties of Nylon 6,6/aramid fibre microposites in the presenceof transcrystallinity. Composites Part A 2000。31:69–78.[13] Vaisman L, Gonzalez MF, Marom G. Transcrystallinity in brominatedUHMWPE fibre reinforced HDPE posites: morphology anddielectric properties. Polymer 2003。44:1229–35.[14] Khondker OA, Leong KH, Herszberg I. An investigation of the structure–property relationship of knitted posites. J Compos Mater 2001。35(6):489–508.[15] Ko FK, Pastore CM. Structure and properties of an integrated 3Dfabric for structural posites. In: Taya M, editor. Recent advances in posite in the United State and Japan, ASTM STP 864. American Society for Testing and Materials。 1985. p. 428–39.[16] Khondker OA, Leong KH, Bannister MK, Herszberg I. Performanceof weftknitted glass fibre fabric posites with respect to impactdamage resistance and tolerance. Proceedings of the 32nd InternationalSAMPE Technical Conference, Boston, Massachusetts,USA。 5–9 November 2000. p. 123–37.[17] Khondker OA, Leong KH, Herszberg I. Effects of biaxial deformationof the knitted glass preform on the inplane mechanical properties ofthe posite. Composites: Part A 2001。32:1513–23.[18] Leong KH, Ramakrishna S, Hamada H. The potential of knitting forengineering posites. Proceedings of Fifth Japan InternationalSAMPE Symposium and Exhibition, Tokyo, Japan。 28–31 October1997. p. 629–33附件2：外文原文（復(fù)印件）
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