IEEE MEMS 2025 Accepted! Congratulations to All.

十月 24, 2024

Eight of our team's works were accepted by IEEE MEMS 2025Below are the details of these works.

TITLE

FIRST AUTHOR

BONE-SHAPE PMUTS WITH ENHANCED BANDWIDTH FOR DOPPLER BLOOD FLOW DETECTION

Kai Yang

TWO-DIMENSIONAL ULTRASOUND IMAGING USING SINGLE TRANSDUCER PIXEL BASED ON SPATIAL-SPECTRUM CORRELATION METHOD

Jinghan Gan

REAL-TIME DIFFERENTIAL ULTRASONIC FLOW SENSING ENABLED BY PMUT PHASED ARRAY WITH A NOVEL V-SHAPED BEAM PATTERN

Yufeng Gao

LIQUID VISCOSITY DETECTION BASED ON HARMONIC-ENGINEERING AND DUAL-FREQUENCY ULTRASONIC TRANSDUCER ARRAYS

Ji‘ao Xia

PIEZOELECTRIC ACOUSTIC PRESSURE SENSORS WITH ENHANCED SENSITIVITY AND STIFFNESS BASED ON STRESS CONCENTRATION STRUCTURES AND WEDGE-SHAPE ELECTRODES

Zhiwei You

SURFACE INSPECTION OF LIQUID AND ICE LAYERS USING A WIDE-BANDWIDTH AND HIGHLY DIRECTIONAL ULTRASONIC TRANSDUCER

Junhao Wang

MINIATURE AND WIRELESS ULTRASONIC IMAGING SYSTEM FOR WEARABLE HUMAN CAROTID ARTERY HEALTH MONITORING

Lei Zhao

AN ULTRASONIC WIRELESS POWER TRANSMISSION SYSTEM WITH HIGH CONVERSION EFFICIENCY BASED ON 30% ScAlN PIEZOELECTRIC MEMS TRANSDUCERS

Chenyuan Zhang