Eight of our team's works were accepted by IEEE MEMS 2025. Below are the details of these works.
TITLE |
FIRST AUTHOR |
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BONE-SHAPE PMUTS WITH ENHANCED BANDWIDTH FOR DOPPLER BLOOD FLOW DETECTION |
Kai Yang |
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TWO-DIMENSIONAL ULTRASOUND IMAGING USING SINGLE TRANSDUCER PIXEL BASED ON SPATIAL-SPECTRUM CORRELATION METHOD |
Jinghan Gan |
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REAL-TIME DIFFERENTIAL ULTRASONIC FLOW SENSING ENABLED BY PMUT PHASED ARRAY WITH A NOVEL V-SHAPED BEAM PATTERN |
Yufeng Gao |
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LIQUID VISCOSITY DETECTION BASED ON HARMONIC-ENGINEERING AND DUAL-FREQUENCY ULTRASONIC TRANSDUCER ARRAYS |
Ji‘ao Xia |
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PIEZOELECTRIC ACOUSTIC PRESSURE SENSORS WITH ENHANCED SENSITIVITY AND STIFFNESS BASED ON STRESS CONCENTRATION STRUCTURES AND WEDGE-SHAPE ELECTRODES |
Zhiwei You |
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SURFACE INSPECTION OF LIQUID AND ICE LAYERS USING A WIDE-BANDWIDTH AND HIGHLY DIRECTIONAL ULTRASONIC TRANSDUCER |
Junhao Wang |
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MINIATURE AND WIRELESS ULTRASONIC IMAGING SYSTEM FOR WEARABLE HUMAN CAROTID ARTERY HEALTH MONITORING |
Lei Zhao |
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AN ULTRASONIC WIRELESS POWER TRANSMISSION SYSTEM WITH HIGH CONVERSION EFFICIENCY BASED ON 30% ScAlN PIEZOELECTRIC MEMS TRANSDUCERS |
Chenyuan Zhang |