| A Small Introduction into Scanning Acoustic Microscopy: University of Wuppertal (Germany). |
| Acoustic Microscopy: Scanning Acoustic Microscopy (SAM) is a non-destructive failure analysis or inspection technique. SAM can be performed with either the Scanning Laser Acoustic Microscope (SLAM) or the C-Mode SAM (C-SAM). (University of Maryland) |
| Acoustic Saturation: The maximum value of acoustic pressure within an ultrasonic beam is limited by acoustic saturation. (Bioacoustic Research Lab.) |
| Chris Cheers' Power Ultrasonics web site: Independent guide to high power ultrasonics - with a database of industrial suppliers and descriptions of equipment and processes including ultrasonic plastic welding, ultrasonic metal welding, ultrasonic cleaning and sonochemistry. |
| Coxmoor books: Books about: maintenance engineering and condition monitoring information such as vibration and noise analysis, thermography, wear debris and oil analysis, corrosion, lubrication, acoustic emissions and ultrasonics, level and leakage, power, performance and efficiency, and steady state. |
| Frustrated total internal reflection acoustic field sensor: United States Patent: 6,056,696 |
| International Symposium on Acoustic Tomography and Acoustic Thermometry: Office of Naval Research Asia Ocean Science and Engineering Newsletter # 12 (February 1999) Hassan B. Ali |
| Measuring Vibration Characteristics at large Amplitude Region of Materials for High Power Ultrasonic Vibration System: K. Nakamura. Tokyo Institute of technology. |
| Piezocomposite materials: (Imasonic - France) |
| Principles of Computerized Tomographic Imaging: |
| S. Berliner, III's Ultrasonics Page: Ultrasonic Processing "changing materials with high-intensity sound" |
| Schlierent visualization of ultrasound - video sequences: Cambridge Ultrasonics |
| Sonar Tutorial: Lowrance Electronics |
| Swath Sonar Sites: available through the Ocean Mapping Group. |
| Synthetic Aperture Imaging: Bioacoustics Research lab |
| The online Journal of Nondestructive Testing & Ultrasonics: Journal, search engine, lexicon and more |
| Transducer Beam Characteristics: Bioacoustics Research lab |
| Ultrasonic C-Scan History: UXR |
| Ultrasonic Cleaning: Jeff Hancock (Blue Wave Ultrasonics) |
| Ultrasonic Cleaning Process: Lists different methods, power sources, chemicals and problems associated with this procedure. |
| Ultrasonic Cleaning Theory and Application: PMR Systems |
| Ultrasonic Drilling Homepage: JPL's NDEAA (NASA) |
| Ultrasonic Flowmeter Basics: Sensors Magazine - October 1997 |
| Ultrasonic Flowmeters: How ultrasonic transit time flowmeters work (by Eesiflo) |
| Ultrasonic methods for characterizing polymeric materials: Chemical Innovation (Feb. 2000) |
| Ultrasound Critical-angle Reflectometry: Fundamental principles (The University of Texas Southwestern Medical Center at Dallas). |
| Ultrasound digs deep: Although ultrasound instruments have been a part of the embedded landscape for decades, designers continue to refine techniques and devise new applications. Ultrasound might fit into your next embedded design. (EDN Access--01.20.2000) |
Classical
