Ultrasound imaging and coherence estimation using spatial filters 

Two-dimensional array for three-dimensional ultrasound imaging using synthetic aperture techniques 

Ultrasonic evaluation of asphalt concrete 

Design and fabrication of a high frequency PMN-PT needle transducer for retinal blood flow measurement 

Improved contrast in ultrasound imaging using dual apodization with cross-correlation 

Slurry based stereolithography: a solid freeform fabrication method of ceramics and composites 

Design and use of a biomimetic tactile microvibration sensor with human-like sensitivity and its application in texture discrimination using Bayesian exploration 

Synthetic aperture imaging platform based on CMOS high voltage 1 to 64 multiplexer / de-multiplexer for ultrasound guided breast biopsy needle 

Advamces in intravascular ultrasound (IVUS)-based technology 

Ultrasonics and acoustic emission in nondestructive evaluation of viscoelastic solids-elastomer, human cornea and asphalt 

etd-ZhangLequa-235.pdf 

etd-ParkJinhyo-362.pdf 

In-situ DNA synthesis on chip with nozzleless MEMS ejector 

Development of a portable, modular unit for the optimization of ultrasound -assisted oxidative desulfurization of diesel 

Novel beamforming techniques for robust contrast enhancement in ultrasound imaging 

Development of fabrication technologies for robust Parylene medical implants 

An ultrasound localization system for endovascular aortic aneurysm repair 

Parylene C bioMEMS for implantable devices with electrochemical interfaces 

Liquid flow rate sensing via solution resistance for in vivo applications 

Seismic holography: A state of the art review 

The properties of surface acoustic wave gratings and grating resonators 

The feasibility studies for desulfurization of heavy oil by intermetallic adsorption and ultrasonic oxidation 

Zinc oxide on silicon bulk-acoustic-wave composite resonators 

Thin-film impedimetric sensors for chronic in vivo use: design and application to hydrocephalus treatment 

The development of the MEMS Knudsen compressor as a low power vacuum pump for portable and in situ instruments