CAJ | 학술논문

为了研究通过亲水性薄膜抽滤形成三维自组装多壁碳纳米管（ multi-walled carbon nanotube，MWCNT）纳米纸的合成方法，并将纳米纸与形状记忆聚合物复合制备成热敏性电致驱动的导电纳米复合材料。通过将纳米管均匀分散，并控制压力采用真空抽滤方法获得纳米纸。采用高倍扫描电子显微镜观察纳米纸的结构和形态，显微照片显示多壁碳纳米管纳米纸具有连续紧密的网络结构并具有高导电性。试验结果表明：在测试温度范围内，纳米纸的电阻率随着温度的升高而逐渐下降；并且在恒定直流电作用下MWCNT纳米纸形状记忆聚合物复合材料由弯曲状恢复为平板状。
위료연구통과친수성박막추려형성삼유자조장다벽탄납미관（ multi-walled carbon nanotube，MWCNT）납미지적합성방법，병장납미지여형상기억취합물복합제비성열민성전치구동적도전납미복합재료。통과장납미관균균분산，병공제압력채용진공추려방법획득납미지。채용고배소묘전자현미경관찰납미지적결구화형태，현미조편현시다벽탄납미관납미지구유련속긴밀적망락결구병구유고도전성。시험결과표명：재측시온도범위내，납미지적전조솔수착온도적승고이축점하강；병차재항정직류전작용하MWCNT납미지형상기억취합물복합재료유만곡상회복위평판상。
In order to research a method for synthesizing the three-dimensional self-assembled multi-walled carbon nanotube ( MWCNT) nanopaper on the hydrophilic polycarbonate membrane, the nanopaper and the shape-memory polymer were combined to make the electrically-conductive nanocomposite induced by electrically resistive heating. A nanotube was scattered evenly and the pressure was controlled and the vacuum leaching method was applied to obtain the nanopaper. A high-powered scanning electronic microscope was used to observe the structure and shape of the nanopaper. The microscopic photos showed that the MWCNT nanopaper had a continually close network structure and high electric conductivity. The results of the experiment showed that the resistivity of the MWCNT nanopaper decreased as the temperature increased. In addition, under a constant DC voltage, the shape-memory polymer nanocomposite recovered from a bending shape to a flat plate shape.