Sentence examples for characteristics of brush from inspiring English sources

This paper investigates the leakage characteristics of brush seals including the flow field characteristic of brush seal and the effects of structural parameters on the leakage characteristic of brush seals with the consideration of bristle deflection.

The efforts of this paper provide a useful theoretical and numerical method to clearly understand the leakage characteristics of brush seal, which is beneficial to improve the design of brush seals.

In contrast, some of the SCCs of the lower airways have the key characteristics of brush cells [ 28] including the apical tuft of stiff microvilli.

Then the effect of structural parameters on the leakage characteristic of brush seals was investigated from theoretical and numerical simulation perspectives with the emphasis on an improved prediction formula of leakage flow rate of brush seals.

The flow field characteristic of brush seal was discussed based on three-dimensional (3-D) computational model of brush seal, two-way fluid structure interaction and moving grid technique.

Surface characteristics of PIPAAm brushes and their influence on adhesion and detachment of bovine carotid artery endothelial cells (ECs) were controlled by PIPAAm layer thickness.

Due to the complex characteristics of bottle-brush polymers, it became a challenge to develop an e_cient algorithm for studying such macromolecules under various solvent conditions or some constraints in the space by using computer simulations.

The fitted results showed good agreement with the FE analysis results and experimental results, suggesting that the mathematical regression model may be directly used in a real-time system to predict characteristics of different brushes under varying operating conditions.

The experimental results depict that the method is effective in detecting curvature based criticalities and intersections, even for noisy and disconnected drawings as well as drawings drawn with a variety of brush characteristics, such as glass, ocean, ripple, scatter, stamp, strokes effects.

Injured tubules were identified with one or more of the following characteristics: tubular atrophy, loss of brush border, loss of nuclei, basement membrane disruption and detachment of epithelial cells.

For example, they have been able to model the reflection characteristics of velvet and brushed aluminum.