林业机械与木工设备
林業機械與木工設備
임업궤계여목공설비
FORESTRY MACHINERY & WOODWORKING EQUIPMENT
2014年
3期
21-23
,共3页
碳纤维%表面改性%方法%装置
碳纖維%錶麵改性%方法%裝置
탄섬유%표면개성%방법%장치
carbon fiber%surface modification%method%device
分析了几种常用的碳纤维表面改性处理方法，设计了采用液相氧化法对碳纤维进行小批量表面改性的实验装置并制取了碳纤维表面改性样品。利用扫描电镜对制得的样品表面形貌进行观察，结果显示，经表面改性后的碳纤维表面出现了刻蚀的沟槽，增加了比表面积，达到了处理目的。
分析瞭幾種常用的碳纖維錶麵改性處理方法，設計瞭採用液相氧化法對碳纖維進行小批量錶麵改性的實驗裝置併製取瞭碳纖維錶麵改性樣品。利用掃描電鏡對製得的樣品錶麵形貌進行觀察，結果顯示，經錶麵改性後的碳纖維錶麵齣現瞭刻蝕的溝槽，增加瞭比錶麵積，達到瞭處理目的。
분석료궤충상용적탄섬유표면개성처리방법，설계료채용액상양화법대탄섬유진행소비량표면개성적실험장치병제취료탄섬유표면개성양품。이용소묘전경대제득적양품표면형모진행관찰，결과현시，경표면개성후적탄섬유표면출현료각식적구조，증가료비표면적，체도료처리목적。
Several commonly used carbon fiber surface treatment methods are analyzed and a device that conducts surface modification in small quantities with the liquid phase oxidation method in the laboratory is designed, with samples of carbon fiber involving surface modification produced. A scanning electron microscopy (SEM) is used to observe the surface morphology of produced samples, with the result indicating that there exist etching grooves on the surface of the carbon fiber that has gone through modification, with the specific surface area increased, achieving the purpose of treatment.
