CAJ | 학술논문

提出一种新型柔性毫米波材料导电布的制备方法，采用真空磁控溅射复合镀膜技术在涤纶基布表面沉积金属镀层。检验导电布的导电性能和镀层附着力，并应用毫米波辐射计测试系统测试导电布与金属铝板的3 mm波段毫米波辐射特性。结果表明，导电布镀覆均匀，质地柔软轻薄，有良好的镀层结合强度及较强的导电性能。导电布在3 mm波段的毫米波辐射与金属板的性能相当。
제출일충신형유성호미파재료도전포적제비방법，채용진공자공천사복합도막기술재조륜기포표면침적금속도층。검험도전포적도전성능화도층부착력，병응용호미파복사계측시계통측시도전포여금속려판적3 mm파단호미파복사특성。결과표명，도전포도복균균，질지유연경박，유량호적도층결합강도급교강적도전성능。도전포재3 mm파단적호미파복사여금속판적성능상당。
A fabrication method of a kind of new and flexible conductive substrate with millimeter wave ma-terial is inroduced. The metal coating is deposited on the surface of terylene substrate using the composite coat-ing technology of vacuum magnetic control sputtering. The conductive performance and coating adhesion of the conductive substrate are tested. And the millimeter radiation characteristics in 3 mm waveband between the con-ductive substrate and the metal aluminum board are tested by a millimeter wave radiometer testing system. The results show that the conductive coating is uniform, flexible, ethereal and thin and has good coating adhesion strength and stronger conductive performance. The millimeter wave radiation of conductive substrate in 3 mm waveband corresponds to the performance of metal board.