利用酚醛树脂微球制备密堆积结构碳材料  

Preparation of close packing structure carbon materials using phenolic resin microspheres

作　　者：张俊丽[1] 吕惠民[1] 程赛[1,2] 杨鹏涛[1] 

机构地区：[1]西安理工大学应用物理系,西安710048 [2]山推工程机械股份有限公司,济宁272073

出　　处：《化工新型材料》2013年第11期65-67,共3页New Chemical Materials

基　　金：陕西省教育厅基金(12Jk0952)

摘　　要：以酚醛树脂微球为基体，经1100℃碳化处理、循环往复升温工艺，成功制备出了密度0．65g·cm-3的密堆积结构碳材料，并对这种新型碳材料进行组织结构分析和特性表征。SEM测试结果显示碳微球结合紧密、可重复性高；XRD图谱中26°处出现了明显的衍射峰且半高宽较窄，表明无定形碳相变趋势明显；PL谱测试结果表明在400500nm之间出现了明显的发光峰，该衍射峰伴随热处理温度的升高发生了明显的“蓝移”现象。实验表明：1100℃碳化处理、循环往复升温工艺得到的PL谱，发光峰平滑、乱峰数量少、杂质峰强度低，碳化除杂效果明显。Through processing of 1100℃ carbonization and recycle warming,close packing structure carbon materi- als was successfully prepared with phenolic resin microspheres as the matrix. The material with density of 0. 65g . cm-3 was analyzed by organization structure and properties characterization. Scanning electron microscopy results showed that carbon microspheres combined close and repeatability high. There was a obvious diffraction peak and narrower FWHM in the X-ray diffraction patterns 26°,it indicated that amorphous carbon had a significant phase change trend. Photoluminescenee spec- trum results showed that there was a apparent photoluminescence peak between the 400-500nm, the diffraction peak had the obvious ＂blue shift＂ phenomenon following the heat treatment temperature was rise＆ Experimental results showed that PL spectra have been gotten through processing of 1100℃ carbonization and recycle warming, photoluminescence peak was smooth and had less number of disorderly peak and low strength of impurity peak. The effect of carbonization and removing impurity was obvious.

关 键 词：酚醛树脂微球 密堆积 形貌结构 特性表征 

分 类 号：O631[理学—高分子化学]