Sentence examples for resist fluid from inspiring English sources

In vitro drug dissolution demonstrated that all formulations provided sustained release of the model soluble drug EG. The variability in the dissolution profiles may be ascribed to the subtle rheological differences and, hence, the ability of the formulation to resist fluid ingress and thus dissolution of the active from the polymer matrix.

They observed that the velocity decreases with an increase in the magnetic parameter due to a resistive drag force which tends to resist the fluid flow and thus reduces the velocity.

Examples include stripping of photoresist and residues, drying, developing, and spinning of resist, chemical fluid deposition of metals, silylation, and formation and patterning of low-dielectric materials.

Then again, who can resist the fluid lines of the Ferrari?

In general, the application of transverse magnetic field will result a restrictive type of force (Lorenz's force) similar to drag force which tends to resist the fluid flow and thus reducing its velocity.

This observation is consistent with the physical fact that the Lorentz force that appears due to the interaction of the magnetic field and the fluid velocity resists the corresponding fluid flow, resulting in the velocity to decrease gradually.

A simple example of this is hydrogel resists, which can be achieved by incorporation of a large fraction of bifunctional monomers into a fluid resist with or without solvent.

In these systems, either in their commercial forms or more recent lab scale demonstrations, such as microprojection stereolithography, 16 a fluid resist is employed and the patterning is done in a layer-by-layer fashion.

All fluids (liquid or gas) exhibit viscous behaviour (i.e., all fluids resist deformation to some degree), but the range of viscosity is enormous: the viscosity of air is extremely small, while that of glass is essentially infinite.

Viscous forces consist largely of fluid drag along the channel walls while inertial forces refers to shear forces within the fluid that resist changes in direction or velocity (Bird et al. 1960; Lauritzen and Martiniussen 2011).

Surface tension arises from the natural tendency of fluid molecules to arrange themselves in the orientation with the smallest surface area to allow a fluid to resist external forces.