CAJ | 학술논문

分析了SiO2气凝胶高温隔热特性和透波特性,与常用的隔热材料和透波材料对比,SiO2气凝胶具有较低的热导率和较小的介电常数,是一种高温隔热透波性能良好的材料.分析了夹层结构天线罩宽频带透波的原理,介绍了夹层结构天线罩的研究进展.结果显示,SiO2气凝胶材料因其良好的高温隔热透波特性能够满足夹层结构天线罩内层材料的需求,必将在夹层结构天线罩上得到广泛的应用.
분석료SiO2기응효고온격열특성화투파특성,여상용적격열재료화투파재료대비,SiO2기응효구유교저적열도솔화교소적개전상수,시일충고온격열투파성능량호적재료.분석료협층결구천선조관빈대투파적원리,개소료협층결구천선조적연구진전.결과현시,SiO2기응효재료인기량호적고온격열투파특성능구만족협층결구천선조내층재료적수구,필장재협층결구천선조상득도엄범적응용.
The high temperature insulation and wave-transparent characteristics of SiO2 aerogel were analyzed. Compared to insulation materials and wave-transparent materials commonly used, SiO2 aerogel material has a lower thermal conductivity and a lower dielectric constant, is a kind of material with good performance on high temperature insulation and wave-transparent. The principle for wide-band transparent of sandwich structure radome was analyzed, and research progress of the sandwich structure radome was reviewed. The results showed that, because of its high temperature insulation and wave-transparent characteristics, SiO2 aerogel material can meet the needs of the inner materials of the sandwich structure radome, and is bound to be widely used in the sandwich structure radome.