李俊红等同志荣获《声学学报》2016年度优秀论文奖

发布时间：2018-03-28 06:06

本文选题：声学学报　切入点：矢量水听器　出处：《声学学报》2017年06期

【摘要】：正根据《声学学报》优秀论文评选办法,经过《声学学报》编辑委员会两轮评选,编委会一致同意,决定授予李俊红、魏建辉、马军、任伟、刘梦伟、汪承灏等同志的"ZnO薄膜硅微压电矢量水听器"(《声学学报》,2016年第41卷第3期第273—280页)一文为《声学学报》2016年度优秀论文奖。编委会认为:李俊红、魏建辉、马军、任伟、刘梦伟、汪承灏等同志的"ZnO薄膜硅微压电矢量水听器"(《声学学报》,2016年第41卷第3期第273—280页)研制了一种基于ZnO薄膜的硅微压电矢量水听器,其核心部件是利用MEMS技术制作的悬臂梁结构压电加速度计。研究得出加速度计的灵敏度和谐振频
[Abstract]:In accordance with the methods for selecting outstanding articles in Acoustic Journals, after two rounds of selection by the editorial Committee of Acoustics, the editorial Committee unanimously agreed to award Li Junhong, Wei Jianhui, Ma Jun, Ren Wei, Liu Mengwei, Wang Chenghao et al. "ZnO thin Film Silicon Micropiezoelectric Vector hydrophone" (Acoustic Journal, vol. 41, No. 3, pp. 273-280, 2016) is the "Acoustics Journal" Award for the year 2016. The editorial Committee holds that: Li Junhong, Wei Jianhui, Ma Jun, Ren Wei, Liu Mengwei, A silicon micropiezoelectric vector hydrophone based on ZnO thin film was developed by Wang Chenghao and others (Acoustic Journal, vol. 41, No. 3, pp. 273-280, 2016). The key component of the accelerometer is a piezoelectric accelerometer of cantilever beam structure fabricated by MEMS technology. The sensitivity of accelerometer is studied and the harmonic vibration frequency is obtained.
【作者单位】：中国声学学会《声学学报》编辑委员会;
【分类号】：+

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