CAJ | 학술논문

介绍了以环糊精、碳纳米管、石墨烯、介孔材料为超分子主体的主-客体含能复合物以及共结晶含能材料的最新研究进展，指出了用环糊精制备超分子含能复合物的缺陷，分析了碳纳米管、石墨烯、介孔材料用于制备高能钝感超分子含能复合物及共结晶含能材料的可行性和研究方法，展望了超分子化学方法在含能材料领域的应用前景。附参考文献54篇。
개소료이배호정、탄납미관、석묵희、개공재료위초분자주체적주-객체함능복합물이급공결정함능재료적최신연구진전，지출료용배호정제비초분자함능복합물적결함，분석료탄납미관、석묵희、개공재료용우제비고능둔감초분자함능복합물급공결정함능재료적가행성화연구방법，전망료초분자화학방법재함능재료영역적응용전경。부삼고문헌54편。
Recent research progresses in supramolecular host-guest energetic composites with the different host com-pounds which include cyclodextrin,carbon nanotube,graphene and mesoporous materials,and the co-crystallization energetic materials were reviewed.The defect of preparing the supramolecular energetic composite with cyclodextrin was pointed out.The feasibility of the research and research methods for preparation of the insensitive high-energy supramolecular energetic composites with cyclodextrin,carbon nanotube,graphene and mesoporous materials,and the co-crystallization energetic materials were analyzed.Application prospects of supramolecular chemistry method in the field of energetic materials were expected with 55 references.