Experimental determination of the main characteristics ultrasonic diagnostic devices D - type
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Abstract
The article describes the basic principles of research performance characteristics of ultrasonic diagnostic devices: depth sensing, blood flow velocity, the radial resolution. We present experimental data obtained on the stand, allowing for the need for clinics in the laboratory does not conduct research on biological objects - man, and the appropriate models. For example, instead of blood vessels - in pipes of different diameter, made of polystyrene, through which a variable speed skipped several liquids close to the acoustic impedance of blood. The study can be used in the design of ultrasonic diagnosis of conversion, sensors.
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References
G. Nikolaev and V. Loshilov, Ultrasound technology in surgery, Moscow: Medicine, 1980, p. 272.
K. Hill, Application of ultrasound in medicine, Moscow: Medicine, 1989, p. 386.
P. Atkinsonson and Y. Woodcock, Doppler Ultrasoundand its in clinical Measuzement, London: Akademik Press, 1982, p. 288.
G. Kayko, Acoustic waves, Moscow: Mir, 1990, p. 246.
V. Lishchuk, “Model of a vessel from series-connected elementary modulesvascular area”, Clinical physiology of blood circulation, no. 4, pp. 63–71, 2007.
V. Filimonov, D. Nalivayko, V. Raitses, and V. Shevchuk, Normal physiology, Kyiv: Health, 1994, pp. 244–379.
