典型文献
Printing and electromagnetic characteristics of 3D printing frequency selective surface using graphene
文献摘要：
The study of Frequency Selective Surface(FSS)by Direct ink writing(DIW)has attracted much atten-tion due to the convenience and effectiveness of 3D printing technology.However,the limited printing precision of DIW has heavily restricted its applications as the electromagnetic performance is highly sen-sitive to it,especially the precision at the microscale.Herein,the ultra-high printing precision of FSS was achieved through DIW by the uniformly dispersed graphene sheets to deeply modify the rheological be-havior and the steric hindrance effect.Thus,the highly precision of the printed filament width as thin as 67 μm with a space of only 42 μm were achieved,which is difficult for conventional DIW,and no struc-tural distortion is found after 3D printing,no matter it was 2D printed on a flat surface or the sharply skewed hook face,or even 3D printed to architectural structures.According to the highly improved pre-cision,the electromagnetic performance matching between the designed model and the printed physi-cal FSS device was perfectly achieved,reducing the center frequency error less than 0.3 GHz,and the transmission coefficient error less than 0.046.Our work promises an effective and easy preparation of high-quality FSS from the aid of graphene.
文献关键词：
中图分类号：
作者姓名：
Guo-Xiang Zhou;Zhe Zhao;Yan-zhao Zhang;Wen-jin Liu;Zhi-Hua Yang;De-Chang Jia;Yu Zhou
作者机构：
Key Laboratory of Advanced Structural-Functional Integration Materials&Green Manufacturing Technology,Harbin Institute of Technology,Harbin 150001,China;Institute for Advanced Ceramics,School of Materials Science and Engineering,Harbin Institute of Technology,Harbin 150080,China;State Key Laboratory of Advanced Welding and Joining,Harbin Institute of Technology,Harbin 150080,China
文献出处：
引用格式：
[1]Guo-Xiang Zhou;Zhe Zhao;Yan-zhao Zhang;Wen-jin Liu;Zhi-Hua Yang;De-Chang Jia;Yu Zhou-.Printing and electromagnetic characteristics of 3D printing frequency selective surface using graphene)[J].材料科学技术（英文版）,2022(16):49-56
A类：
B类：
Printing,electromagnetic,characteristics,printing,frequency,selective,surface,using,graphene,study,Frequency,Selective,Surface,FSS,by,Direct,ink,writing,DIW,has,attracted,much,atten,due,convenience,effectiveness,technology,However,limited,precision,heavily,restricted,its,applications,performance,highly,sen,sitive,especially,microscale,Herein,ultra,was,achieved,through,uniformly,dispersed,sheets,deeply,modify,rheological,havior,steric,hindrance,Thus,printed,filament,width,thin,space,only,were,which,difficult,conventional,distortion,found,after,matter,2D,flat,sharply,skewed,hook,even,architectural,structures,According,improved,matching,between,designed,model,physi,device,perfectly,reducing,center,error,less,than,GHz,transmission,coefficient,Our,work,promises,easy,preparation,quality,from,aid
AB值：
0.573869
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