CAJ | 학술논문

低红外发射率材料是目前公认的可实现飞行器红外隐身的特种功能材料。现已报道了纳米复合薄膜、单层（多层）膜结构材料、树脂/金属复合涂层、树脂/半导体复合涂层、核壳结构材料等多种类型的低红外发射率材料。介绍了上述低红外发射率材料的优缺点及最新研究进展，指出低红外发射率涂层的理论研究、红外与激光兼容隐身材料、树脂/半导体复合涂层及红外光谱选择性低发射率涂层是未来的重点研究方向。
저홍외발사솔재료시목전공인적가실현비행기홍외은신적특충공능재료。현이보도료납미복합박막、단층（다층）막결구재료、수지/금속복합도층、수지/반도체복합도층、핵각결구재료등다충류형적저홍외발사솔재료。개소료상술저홍외발사솔재료적우결점급최신연구진전，지출저홍외발사솔도층적이론연구、홍외여격광겸용은신재료、수지/반도체복합도층급홍외광보선택성저발사솔도층시미래적중점연구방향。
Low infrared emissivity material is now recognized as a special functional material which can achieve infrared stealth for aircraft. Several kinds of low infrared emissivity materials, such as nanocomposite films, mono ( multi ) layer structural materials, resin/metal composite coatings, resin/semiconductor composite coatings, and core-shell structural materials have been reported. The advantages, disadvantages, and the latest research progress of the above low infrared emissivity materials are introduced. Then, it is pointed out that theoretical studies of low infrared emissivity coatings, infrared and laser compatible stealth materials, resin/semiconductor composite coatings, and infrared spectrally selective low emissivity coatings are the key directions for future research.