Sentence examples for valve diameter from inspiring English sources

This is contrary to the data found in the literature where only one value is provided, with no indication of the valve diameter.

In particular, the following parameters are chosen: valve timing, valve diameter, valve lift profiles, diameter of the exhaust manifold, inlet and exhaust pipe lengths, and geometry of pipe junctions.

SV was determined using the measured left ventricular outflow (aortic valve) diameter from the parasternal long-axis view, and an outflow tract velocity measured at the aortic valve with a Doppler probe from the apical five-chamber view [ 2, 3].

Left ventricular diameter in systole (LVs) diastole (LVd), left atrium diameter in systole (LAs) and diastole (LAd), left ventricular wall thickness in systole (LVWs) and diastole (LVWd) and mitral valve diameter in systole (MVDs) were measured from the left parasternal view with the transducer positioned in the 5th or 4th ICS and directed slightly caudodorsally.

It was found that the laminar flow loss coefficient constant suggested by Hooper (1981) is sufficient for all valve diameters at Reynolds numbers below 10.

If smaller valve diameters are appropriate, the Melody valve could be used up to 22 mm diameter (introducer size 22 F outer diameter), for larger diameters up to 26 mm the SAPIEN pulmonic valve (introducer size up to 28 F outer diameter) is available (Fig.  2).

Important measurements: left ventricular M-Mode, measurements of the aortic root and the left atrium; measurements of the LVEDD and RVEDD (including septum thickness) in a 2-D still frame; color Doppler of all 4 valves; diameter measurement of the inferior vena cava (IVC).

intake valve head diameter.

The change in trapped fluid pressure with time was obtained for different release pressures and tool valve orifice diameters, showing the effects of different valve orifice diameters and volumetric injection rates on the pressure release performance.

Electrospun scaffolds processed using a wide range of synthetic and natural polymers were proven to be promising in terms of mechanical properties comparable to the native valves, fiber diameter within the range of the natural extracellular matrix and good cellular response.

Tissue engineering of heart valves, small-diameter blood vessels, and myocardial patches is an exciting field with great clinical potential.