CAJ | 학술논문

通过在有机相中掺杂SiO_2、TiO_2等具有光学性能的无机组分,制备的高紫外光吸收率、高可见光透过率、高红外反射率的有机-无机杂化薄膜可作为玻璃贴膜使用,广泛应用于公用建筑、民用建筑、汽车玻璃等领域,能阻隔50%～78%的热量,节能效果显著.本文介绍了有机-无机杂化节能薄膜的几种制备工艺,包括直接混合法、溶胶-凝胶法、插层复合法、气相沉积法等,比较了其制备工艺条件,分析了各自的优缺点,并对杂化节能薄膜的应用前景进行了展望.
통과재유궤상중참잡SiO_2、TiO_2등구유광학성능적무궤조분,제비적고자외광흡수솔、고가견광투과솔、고홍외반사솔적유궤-무궤잡화박막가작위파리첩막사용,엄범응용우공용건축、민용건축、기차파리등영역,능조격50%～78%적열량,절능효과현저.본문개소료유궤-무궤잡화절능박막적궤충제비공예,포괄직접혼합법、용효-응효법、삽층복합법、기상침적법등,비교료기제비공예조건,분석료각자적우결점,병대잡화절능박막적응용전경진행료전망.
By doping the inorganic components with optical properties such as SiO_2,TiO_2 etc.in organic phase,the organic-inorganic hybrid film owning the high UV absorption,hish visible light transmittance and high infrared retlectivity can be prepared.The film which can block 50%～78%of the heat can be pasted on glass,and widely used in public buildings,civil construction,automobile glass and other fields.In this paper,the preparation process of organic-inorganic hybrid film for energy conservation,including the direct mixing method,sol-gel method,intercalation compounding,vapor deposition,etc.,is introduced,the conditions of their preparation process are compared,their advantages and shortcomings are analyzed.Finally,the application outlook of the hybrid energy-saving films is brought forward.