The sem photos show the wear mechanisms of pure up are fatigue detachment and light cut form , but wear mechanisms of nanocomposites are abrasive filler wear and adhesion wear 并通過sem照片分析確定純不飽和聚酯的磨損為疲勞剝離和擦傷形式,復合材料為磨料磨損和粘著磨損。
This was related to the changes in the wear mechanisms induced by the introduction of the mmt as the filler , under water - lubricated condition , up was dominated by adhesion wear and fatigue peeling off in water - lubricated sliding against the steel , though the adhesion wear and fatigue peeling off were considerably abated for the nanocomposite under the same test condition 這是由于蒙脫土的加入改變了材料的摩擦磨損機理。不飽和聚酯主要是粘著磨損與疲勞開裂。在水潤滑條件下,納米復合材料的磨損形式發生改變,而在干摩擦條件下,納米復合材料的磨損形式依舊以粘著磨損為主。