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采用阳极氧化法对T－300高强度碳纤维和M－40高模量碳纤维进行了表面处理，发现该方法能剥除T－300碳纤维表面的原涂层，涂覆耐热涂层后可提高T－300／聚酰亚胺复合材料界面的抗热氧化性能，并且可使基体改性后的M－40／酚醛环氧复合材料界面强度和冲击强度同时获得提高。
Anodic oxidation of T-300 high-strength carbon fiber and M-40 high modulus carbon fiber surface treatment and found that the method can strip the T-300 carbon fiber surface of the original coating, coated with a heat-resistant coating can improve the T -300 / polyimide composite interface thermal oxidation resistance, and can make the matrix modified M-40 / phenolic epoxy composite material interface strength and impact strength simultaneously improved.