Resources Ultrasound Acoustics, Ultrasound and Vibration

Resources

• - David T J Liley
  
• - University of Wuppertal (Germany).
  
• - Federal Technology Alert
  
• - Office of Naval Research Asia Ocean Science and Engineering Newsletter # 12 (February 1999) Hassan B. Ali
  
• - JPL's NDEAA (NASA)
  
• - Or How to Clean a Beretta Gas Piston Without Scrubbing - Roland Leong
  
• - Fundamental principles (The University of Texas Southwestern Medical Center at Dallas).
  
• - 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.
  
• - 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, powe
  
• - Physics in Industry
  
• - Jeff Hancock (Blue Wave Ultrasonics)
  
• -
  
• - How ultrasonic transit time flowmeters work (by Eesiflo)
  
• - Ultrasonic Processing "changing materials with high-intensity sound"
  
• - available through the Ocean Mapping Group.
  
• - Martin E. Anderson and Gregg E. Trahey; Department of Biomedical Engineering, Duke University, April 12, 2000
  
• - United States Patent: 6,056,696
  
• - Journal, search engine, lexicon and more
  
• - Gary Mohr, UE SYSTEMS INC.
  
• - By: Jason Mandly Under the Mentorship of Dr. Jerome Maa Assisted by Mr. J. Y. Qie
  
• - Bioacoustics Research lab
  
• - Bioacoustics Research lab
  
• - Lowrance Electronics
  
• - K. Nakamura. Tokyo Institute of technology.
  
• - 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)
  
• - Chemical Innovation (Feb. 2000)
  
• - Lists different methods, power sources, chemicals and problems associated with this procedure.
  
• - The maximum value of acoustic pressure within an ultrasonic beam is limited by acoustic saturation. (Bioacoustic Research Lab.)
  
• - 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)
  
• - Resources on ultrasound transducer design, characterization and modeling.
  
• - UXR
  
• - David T J Liley
  
• - Sensors Magazine - October 1997
  
• - (Imasonic - France)
  
• - Cambridge Ultrasonics
  
• - David T J Liley
  
• - PMR Systems
  
  

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