An Experimental and Theoretical Study of Impact of Device Parameters on Performance of AlN/Sapphire-Based SAW Temperature Sensors[J]. Lv Hongrui;Huang Yinglong;Ai Yujie;Liu Zhe;Lin Defeng;Cheng Zhe;Jia Lifang;Guo Bingliang;Dong Boyu;Zhang Yun.Micromachines,2021
Investigation of surface acoustic waves anisotropy on high-quality AlN/Sapphire grown by hydride vapor phase epitaxy[J]. Wenxiu Dong;Xue Ji;Weifan Wang;Tengkun Li;Jun Huang;Taofei Zhou;Yingmin Fan;Ke Xu.Materials Research Express,2019
Enhanced performance of AlN SAW devices with wave propagation along the 〈11−20〉 direction on c -plane sapphire substrate[J]. Yujie Ai;Shuai Yang;Zhe Cheng;Lian Zhang;Lifang Jia;Boyu Dong;Junxi Wang;Yun Zhang.Journal of Physics D: Applied Physics,2019
AlN/IDT/AlN/Sapphire SAW Heterostructure for High-Temperature Applications.[J]. Legrani Ouarda;Aubert Thierry;Elmazria Omar;Bartasyte Ausrine;Nicolay Pascal;Talbi Abdelkrim;Boulet Pascal;Ghanbaja Jaafar;Mangin Denis.IEEE transactions on ultrasonics, ferroelectrics, and frequency control,2016
Impact of layer and substrate properties on the surface acoustic wave velocity in scandium doped aluminum nitride based SAW devices on sapphire[J]. Gillinger, M.;Shaposhnikov, K.;Knobloch, T.;Schneider, M.;Kaltenbacher, M.;Schmid, U..Applied physics letters,2016
Highly textured growth of AlN films on sapphire by magnetron sputtering for high temperature surface acoustic wave applications[J]. T. Aubert;M. B. Assouar;O. Legrani;O. Elmazria;C. Tiusan;S. Robert.Journal of Vacuum Science & Technology, A. Vacuum, Surfaces, and Films,2011