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Ultrasound:     more books (100)

Ultrasound-Guided Procedures by Vikram Dogra, Wael Saad, 2009-10-28 Ultrasound in Anesthetic Practice (Cambridge Medicine) Ultrasound Differential Diagnosis by Satish Bhargava, 2006-12-08 Ultrasound Teaching Cases by Keith C. Dewbury, 1988-04 Paediatric Musculoskeletal Disease: With an Emphasis on Ultrasound (Medical Radiology / Diagnostic Imaging) Practical Head and Neck Ultrasound Step by Step Breast Ultrasound (Step by Step S.) (Step by Step) by Rahul Sachdev, Manjula Handa Virmani, et all 2006-06-01 Ultrasound Physics and Technology: How, Why and When by Vivien Gibbs DCRDNMDMUMAMBA, David Cole DCRDMUMSc, et all 2009-07-08 Diagnostic Imaging: Ultrasound by Anil T. Ahuja MDFRCR, James F. Griffith MBChFRCR, et all 2007-03-09 Diagnostic Ultrasound: Imaging and Blood Flow Measurements by K. Kirk Shung, 2005-09-19 Ultrasound Review of the Abdomen, Male Pelvis and Small Parts by Janice Hickey, Franklin Goldberg, 1998-07-31 Abdominal Ultrasound: A Practitioner's Guide by Kathryn A. Gill MSRTRDMS, 2001-01-15 Diagnostic Ultrasound in Small Animal Practice Breast Ultrasound: How, Why and When by Anne-Marie Dixon MHScPGCHEPDMUDCRR, 2007-11-08

lists with details

121. Medical Equipment, Ultrasound Machine, EKG Machines, Patient Monitors, And Ultra
     Medical equipment such as Portable ultrasound Machines, Power Wheelchairs, Patient Monitors, and EKG Machines are sold by Absolute Medical Equipment at  
     http://www.absolutemed.com/

122. Cancer De La Prostate : Traitement Alternatif Du Cancer De La Prostate
     EDAP-Sponsored site, with information on their Ablatherm system.  
     http://www.hifu-planet.com
     
     Extractions: Il existe aujourd’hui une alternative crédible à la radiothérapie et à la chimiothérapie pour guérir du cancer de la prostate. Aboutissement de 15 ans de recherche dans la lutte contre le cancer de la prostate, Ablatherm HIFU est un traitement localisé non invasif disponible et fiable pour lutter contre le cancer de la prostate. Sur Hifu-Planet, consultez les témoignages des patients, informez-vous et obtenez la liste des centres équipés. Des milliers de patients ont déjà bénéficié de ce traitement alternatif du cancer de la prostate parmi les plus modernes et efficaces pour traiter ce cancer, alors pourquoi pas vous ? Novembre 2010 Traitement focal HIFU : traitement partiel de la prostate 5 patients traités par Ablatherm HIFU témoignent 21662 patients dans 244 centres à travers le monde, ont déjà bénéficié de ce traitement parmi les plus modernes et efficaces.

123. EDAP TMS - Global Leader In Therapeutic Ultrasound
     Describes the technical and clinical activities of EDAP.  
     http://www.edap-hifu.com/
     
     Extractions: Contact Having been present in the market for more than 30 years, EDAP TMS (NASDAQ: EDAP) develops minimally-invasive therapeutic solutions for urology. By consistently investing in research and development and by forming partnerships with internationally-renowned medical research institutions, EDAP TMS has been able to patent innovative technologies. EDAP TMS is present in many countries via an extensive network of Subsidiaries and Distribution Partners. The Company focuses on producing a high standard of service for health care practitioners: mobile equipment, training centers and a far-reaching maintenance network. With Ablatherm® HIFU, EDAP TMS is the world leader in High Intensity Focused Ultrasound (HIFU) for localized prostate cancer treatment. The company is currently adapting this technology so that it is potentially able to treat other types of tumors. As a pioneer and key player in the field of extracorporeal lithotripsy, EDAP TMS introduced the first modular lithotripter and owns the patent for Electroconductive® technology, utilized in its Sonolith® range of ESWL systems. EDAP TMS focuses every day on delivering technologies that guarantee positive outcomes which are replicable, with low side effects and a preserved quality of life. HIFU PLANET website available in Spanish, Italian and Dutsch

124. Vibrationdata.com Tutorials
     The tutorials and course materials require a username and password which can be obtained with an annual subscription fee.  
     http://www.vibrationdata.com/tutorials.htm

125. UT Page
     Dedicated to the art and science of ultrasonic nondestructive testing and allied fields.  
     http://www.xdcr.com/ut.html

126. Acoustical Standards
     Acoustical Society of America  
     http://asa.aip.org/map_standards.html

127. Institut Für Angewandte Physik: Nichtlineare Physik
     TU Darmstadt (Germany)  
     http://www.physik.tu-darmstadt.de/nlp/cavitation.html
     
     Extractions: Direkt zum Inhalt Sie sind nicht angemeldet Anmelden English Suche: Wir forschen an Phänomenen, die durch nichtlineare Prozesse verursacht werden. Die Dynamik solcher Systeme kann sehr komplex sein. Verschiedene physikalische Systeme werden experimentell analysiert und numerische Auswerteverfahren werden entwickelt. Unter anderem wird die Dynamik von Luftblasen in Wasser und von Wassertropfen in Luft, Sonolumineszenz und das Verhalten von Kavitationsblasenfeldern untersucht. Our research is focused on phenomena generated by nonlinearities. Nonlinear behaviour results in complex dynamics, which is analyzed experimentally and numerically. Single sonoluminescing bubbles, oscillations of levitated fluid drops, cavitation bubble fields and nonlinear electronic oscillators are among those analyzed. Dr. Joachim Holzfuss Nichtlineare Physik

128. Audio Spotlight
     Offers directional audio technology produced by Holosonic Research Labs in Romania.  
     http://www.audiospotlights.ro

129. Database & Journal Of Nondestructive Testing - NDT Ultrasonic ...
     An e-journal of nondestructive testing.  
     http://www.ndt.net

130. Inspection Trends Home
     Quarterly magazine for materials inspection and testing personnel published by the American Welding Society.  
     http://www.aws.org/itrends/

131. MicroPropulsion Corp. Home Page
     Ultrasonic motors, piezoelectric transformers, miniature generators.  
     http://www.micropropulsion.com/

132. UXR, Ultrasonic C-Scan History
     http://www.uxr.com/webpg9.htm
     
     Extractions: These Ultrasonic C-Scan images are the VERY FIRST ever created by anyone- anywhere . The year was 1956 in Paramount, California at the Automation Instruments Power Plant Inspection Division test lab. Cal Kammerer was the Ultrasonic technician working with equipment developed by Lee Furon, Nat Jeffras and Don Modispacher. It seems almost a turnabout in technology as we have gone from a CRT- to paper recordings- back to a CRT. Present day C-Scan Images are recorded on Computer CRT- whereas these early images were also recorded on a CRT- the Hughes Memotron tube, then photographed to document the results. The Memotron was basically an early design of storage tube technology, originally designed for radar applications. These C-Scan recordings were made using immersion, pulse echo at a high frequency to determine unbonds within the brazed honeycomb. As most people know- this honeycomb structure went on to become a vital and integral part of modern aircraft structural design.

133. Ultrasonic Flowmeter Basics | Sensors Magazine
     Sensors Magazine - October 1997  
     http://www.sensorsmag.com/articles/1097/flow1097/main.shtml

134. Principles Of Computerized Tomographic Imaging
     Code samples and general information.  
     http://www.slaney.org/pct/
     
     Extractions: Electronic copy (C) 1999 A. C. Kak and Malcolm Slaney. You are free to use this electronic version of Principles of Computerized Tomographic Imaging for your personal use. No commercial use is allowed without permission. Please reference this work as A. C. Kak and Malcolm Slaney, Principles of Computerized Tomographic Imaging, IEEE Press, 1988. or if you prefer A. C. Kak and Malcolm Slaney, Principles of Computerized Tomographic Imaging, Society of Industrial and Applied Mathematics, 2001. Each chapter of this book is available as an Adobe PDF File. Free readers for most computer platforms are available from Adobe . The table of contents for the book and the PDF files are available here.

135. Blue Wave Ultrasonics: Manufacturers Of Ultrasonic Cleaning Equipment
     Jeff Hancock (Blue Wave Ultrasonics)  
     http://www.bluewaveinc.com/reprint.htm#anchor1147183
     
     Extractions: Blue Wave Home Page ULTRASONIC CLEANING involves the use of high-frequency sound waves (above the upper range of human hearing, or about 18 kHz) to remove a variety of contaminants from parts immersed in aqueous media. The contaminants can be dirt, oil, grease, buffing/polishing compounds, and mold release agents, just to name a few. Materials that can be cleaned include metals, glass, ceramics, and so on. Ultrasonic agitation can be used with a variety of cleaning agents: detailed information about these agents is available in the other articles on surface cleaning in this Section of the Handbook. Typical applications found in the metals industry are removing chips and cutting oils from cutting and machining operations, removing buffing and polishing compounds prior to plating operations, and cleaning greases and sludge from rebuilt components for automotive and aircraft applications. Ultrasonic cleaning is powerful enough to remove tough contaminants, yet gentle enough not to damage the substrate. It provides excellent penetration and cleaning in the smallest crevices and between tightly spaced parts in a cleaning tank.

136. Swath Sonar Sites, OMG/UNB
     Available through the Ocean Mapping Group.  
     http://www.omg.unb.ca/omg/SwathSites.html

137. Ultrasonic Cleaning Process
     Lists different methods, power sources, chemicals and problems associated with this procedure.  
     http://www.tmasc.com/ultrasonic_cleaning_process.htm

138. A Small Introduction Into Scanning Acoustic Microscopy
     University of Wuppertal (Germany).  
     http://www.electronics.uni-wuppertal.de/forschung/thermak.html
     
     Extractions: The near-field scanning probe based thermal microscope (SThM) gives information about the temperature distributions and allows to determine the local thermal conductivity quantitatively. We use a resistive probe based method, which provides both the topography with a spatial resolution in the nanometer scale and the temperature/thermal conductivity profile, with a resolution of a few millikelvin and an accuracy of 2% simultaneously. The probe is made of a wire with a thin platinum core surrounded by a thick silver cladding and is integrated in a Wheatstone bridge which is connected to a signal generator. A small current is applied for the determination of the probe resistance in order to perform measurements of temperature distribution of a device. The application of a significantly higher current at the frequency w is used for heating the probe periodically and the thermal conductivity of the sample can be determined by measuring the 3 w component of the output voltage of the Wheatstone bridge at two different frequencies.

139. PMR Systems And Solutions, Inc.
     Provides details of an ultrasonic stencil cleaner.  
     http://www.pmrsystems.com/pmrsystems.com/Ultrasonic_Cleaner.html

140. High Temperature Ultrasonic Transducers
     ndt.net  
     http://www.ndt.net/article/mrasek/mrasek_e.htm
     
     Extractions: References 1. Literature Survey The project has been started with a comprehensive literature survey on high temperature ultrasonic testing up to 1000°C to get the status of available and practically applicable methods for promoting the best high temperature ultrasonic probe development. With an up to date knowledge of the state of the art redevelopment of existing solutions can be avoided and new designs of prototype devices of ultrasonic probes (sensors) can be pursued. Evaluation of reports and literature, contact with manufacturers and users of equipment for ultrasonic testing in high temperature environment showed that at temperatures >200°C ultrasonic testing is based on electromagnetically generated ultrasound using electromagnetically excited and contactlessly working ultrasonic transducers (EMAT) . No new paths of developing piezoelectric transducers could be found.

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