芒果果肉象鼻虫(Stretochenus Frigidus sp.)检测的声学传感器

I. A. P. Banlawe, Jennifer C. Dela Cruz
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引用次数: 3

摘要

芒果浆象甲是一种高度隔离的入侵害虫,存在于亚洲大多数国家。目前尚未对该害虫进行声发射调查。对传感器进行比较,以有效捕获MPW活动的声发射,作为开发芒果果实和树木中上述害虫的无损检测方法的初步研究的一部分。确定并测试了三个当地可用的传感器。分别是微机电系统(MEMS)麦克风、驻极体麦克风和压电传感器。传感器与MPW试样一起放置在一个隔音盒中进行测试。选取象鼻虫的特定活性,并对传感器记录的信号样本进行分析和比较。结果表明,MEMS麦克风对象鼻虫的运动敏感,对外界噪声的影响更大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Acoustic Sensors for Mango Pulp Weevil (Stretochenus Frigidus sp.) Detection
Mango Pulp Weevil (MPW) is a highly quarantined, invasive pest present in most countries in Asia. Acoustic emission investigation was not yet done on this specific pest. The comparison of sensors for effectual capture of the acoustic emission of MPW activity was conducted as part of the initial study for the development of a non-destructive detection method of the said pest in Mango fruits and trees. Three locally available sensors were identified and tested. These were MEMS (Micro Electrical-Mechanical System) microphone, Electret microphone and Piezoelectric transducer. The sensors were placed in a soundproofed box along with the MPW specimen for testing. Specific weevil activity was selected and samples of recorded signals using the sensors were analyzed and compared. Results showed that the MEMS microphone was sensitive to weevil movements and was more impervious to external noise.
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