Sentence examples for deceleration of flow from inspiring English sources

Less deceleration of flow in the LV may be an important component of normal diastolic function.

The theory of magneto hydro dynamics (MHD) shows that there are three main sources of FAC including the inertial current created by the deceleration of flows; magnetic shear associated with field line bending due to flow shears (vorticity); and a misalignment of the gradients of plasma pressure and flux tube volume.

For example, if a peak expiratory flow rate reached 100 L/min, the flow would be terminated once the deceleration of the flow rate reached 75 L/min.

The Doppler indexes measured were deceleration time of flow velocity in early diastole (DT) and left ventricular isovolumic relaxation time (LVIRT) in ms, and peak early diastolic velocity (E) and peak atrial diastolic velocity (A) in centimeters per second.

Minimum venous flow velocity has been linked to a sudden deceleration of forward flow due to the counteractive force of the right atrial systole, which causes intravenous backflow into the venous system by lack of valve between atrium and vena cava [ 27].

The dynamo converts the flow kinetic energy of the solar wind into electromagnetic energy through the deceleration of the flow.

The observed discrepancy was found to be related to deceleration of the flow in the vicinity of the thermocouple, resulting in additional heat release due to chemical reactions in the flow.

Furthermore, it was investigated that the performance of turbine is considerably more during deceleration of inlet flow than the acceleration in a half cycle of sinusoidal wave.

Deceleration of the flow was observed immediately upstream of the wire as well as development of transverse velocities, caused by a vortex-like feature that was not suppressed by the action of viscosity.

A hydraulic jump is a sudden thickening and deceleration of a flow at the transition from supercritical to subcritical regime (Drazin 2002).

These zones probably record hydraulic jumps responsible for a sudden deceleration of the flows (Douillet et al. 2013).