Ultrasound: advanced materials, techniques, and devices

Focus on Materials Fall 2010 Publication Cover

Focus On Ultrasound - Fall 2010

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Cover: A scanning electron microscope image of a piezoelectric ultrasound transducer array for a high resolution imaging system. (Colors added)
Credit: Flavio Griggio, Materials Science and Engineering, Penn State. (This image won Best in Show in the 2009 Materials Visualization Competition sponsored by the Department of Materials Science and Engineering and the Materials Research Institute.)

In this issue..

Features

The Revolution of Ultrasonic Guided Waves

No Other Solutions

The Revolution of Ultrasonic Guided Waves


Improving the Response of Piezoelectric Materials

Improving the Response of Piezoelectric Materials

Thin films that make miniaturized devices possible


Millimeter-Size Ultrasonic Motors

Millimeter-Size Ultrasonic Motors

As motors shrink in size, ultrasonics take over

ICAT's High-Power Characterization System

ICAT's High-Power Characterization System (HiPoCS™)

The first system that measures piezo materials under real world conditions.

Making Next Generation Devices from Advanced Electronic Materials

Making Next Generation Devices from Advanced Electronic Materials

A revolution in materials for the electronics industry and national defense