Sentence examples for surface which requires from inspiring English sources

The second is regarding the simulation of the free surface, which requires special techniques in the traditionally used Eulerian framework.

It was concluded that the limiting current supported by ferricyanide reduction falls rapidly with time due to the formation of a film on the electrode surface which requires abrasive cleaning for its removal.

Whether there's the potential for liquid water on its surface, which requires the knowledge of atmospheric pressure.

Anglers use floating lines almost exclusively and the fish react to tiny flies skated across the surface, which requires skillful presentations.

Even last year - eight months after surgery - his back was not as strong and as supple as it needed to be for clay, a slower surface which requires the body to generate a lot of torque to power the ball.

This is further complicated by the fact that an examiner rarely has an opportunity to examine the impressions of all other individuals who may have had contact with a surface, which requires them to focus on features that might be most rare (Busey, Nikolov, Yu, Emerick, & Vanderkolk, 2016).

The rapid gelling of the sol resulted in the deposition of the calcium and sodium acetate precursors on the particle surface which required thermal treatment to facilitate their entry into the glass network.

Ganymede reveals past tectonic movement of the ice surface which required partial melting of subsurface layers.

One is simply that the physical demands of moving on a difficult surface, which required considerable effort not to fall off, and also to move around, might have diverted cognitive resources (including attention) away from the spatial components of the task and towards its more procedural aspects.

To address this challenge, we proposed a simple wetting model to theoretically predict the apparent contact angle of a droplet on convex and concave spherical surfaces, which requires knowing the volume of the droplet, surface curvature and intrinsic contact angle.

Prediction of extrudate swell has been challenging due to (i) difficulties associated with accurate representation of the constitutive behavior of polymer melts, and (ii) difficulties associated with the simulation of free surfaces, which requires special techniques in the traditionally used Eulerian framework.