Sentence examples for static surface from inspiring English sources
Using the presented structural characteristics, surfactants with RF < 4 can be prepared with static surface tensions as low as 18.1 mN/m or reduce surface tension within milliseconds.
An original experimental device allowing the estimation of the local boiling curves in the case of a static surface and of a moving surface has been designed.
A discrete-continuous model to analyze a buried structure response to static surface loading as well as the soil gravitational load at 'service-state' conditions is presented.
In the case of static surface, the measurements confirmed the existence of a "shoulder of flux" in the stagnation zone of the jet.
Based on dynamic and static surface tension experiments, the effects of surfactant structure are summarized to provide a basis for the future design of fluorosurfactants.
The basic flap-edge aerodynamics is established by static surface pressure data, as well as by computational fluid dynamics (CFD) calculations and simplified edge flow analyses.
The approach is light years away from the usual contextual notion of echoing static surfaces.
The use of patterned, static surfaces provides new models to design complex membrane topographies and curvatures.
The original closest point method (CPM) was designed for problems posed on static surfaces, however the solution of PDEs on moving surfaces is of considerable interest as well.
The contact angle difference at the left and the right edge of the water droplet on the vibrated surface is obviously magnified compared to the contact angle difference of the droplet on the static surfaces, resulting in the increasing driving force.
The approach builds on the representation of the millimeter-wave channel impulse response comprised of a few Q-D strong rays (D-rays), a number of relatively weak random rays (R-rays, originating from the static surfaces reflections), and flashing rays (F-rays, originating from moving cars, buses, and other dynamic objects reflections).
