Publications – Doppler Ultrasound 

by Dynatek Labs | Article 1998 | Publications, Doppler Ultrasound 

Article 1998

Introduction
In this chapter, we will address those issues that are very important to professional sonographers, namely, the ability to be sure that you are doing a good, precise, and reliable job. The ability to know that the quality of work you produce is of the highest nature not only requires training, but also an understanding of the technology and instrumentation as well as issues that pertain to overall quality assurance topics. We have taught physics to all grade levels and will use some of the simple techniques to explain the phenomenon of ultrasound. We will then expand upon this information …

by Dynatek Labs | SBEC 1998 | Publications, Doppler Ultrasound 

Seventeenth Southern Biomedical Engineering Conference, Proceedings, 150, (1997)

Conti, J.C., Strope, E.R., Rohde, D.J.

SBEC 1998

In our laboratory we repeatedly have a need to be able to calibrate a variety of flow and velocity instruments that are used in various hydro-dynamic testing. There are many other laboratory applications including a clinical ultrasound laboratories and laser doppler velocimetry facilities that could utilize a device that would increase their reliability in their flow measurements.

by Dynatek Labs | GOUS 1995 | Publications, Doppler Ultrasound 

Presentation Slides

GOUS 1995

by Dynatek Labs | Euroson 1993 | Publications, Doppler Ultrasound 

James C. Conti

Euroson 1993 (Not Accepted)

Just as ultrasound imaging modalities became quantitative with the use of appropriate phantoms and protocols, Doppler ultrasound studies can now be implemented as quantitative tools by the use of a reliable flow phantom and appropriate procedures. The need for equipment to calibrate Doppler ultrasound instrumentation has been properly noted in scientific literature and textbooks.1-2 In addition, the design characteristics of an ideal flow phantom have been defined.1 A device and simple protocol have been evaluated that allows a Doppler… 

by Dynatek Labs | AHA 1992 | Publications, Doppler Ultrasound 

Presented by: Takahiro Shiota (David Sahn)

AHA 1992

We used color Doppler (CD) to estimate changes in flow velocity (VEL) when fluid accelerates towards and into a long segment stenosis in a modified pulsatile flow phantom (EchoCal CD 10) with calibrated VELs. Fluid enters the system through a 2.6 cm (diameter) cylinder to accelerate through a tapering segment ending in an abrupt orifice (OR) into a 0.8 cm diameter tube. We used a Ving-Med 750 scanner with on-line transfer of digital CD VEL data to a Macintosh IIci computer. 

by Dynatek Labs | AAMI 1990 | Publications, Doppler Ultrasound 

25th Annual Meeting of the Association for the Advancement of Medical Instrumentation, Proceedings, 22, (1990)

J. C. Conti, Ph.D., E. R. Strope, Ph.D., D. J. Rohde

AAMI 1990