Sentence examples for much faster diffusion from inspiring English sources

On the other hand, non-thermo-sensitive oligomers such as PAA and PEG are characterized by much faster diffusion and exchange kinetics of proximal water at the two simulated temperatures compared to PNIPAM.

The aim of using the deformed layer with martensite is to produce a thicker nitrided layer and to decrease the processing temperature due to the much faster diffusion of nitrogen in bcc or bct martensite than in fcc austenite, although these two phases have the same chemical composition.

10.7554/eLife.05413.028 Author response image 3. DOI: http://dx.doi.org/10.7554/eLife.05413.028 This result shows that the diffusion rate is comparable to the exposure time of 0.56 ms. For complete averaging of the position one would indeed require a much faster diffusion than the frame time, which is not the case here.

One of the more dramatic examples of directional anisotropy is the diffusion of adatoms on channeled surfaces such as fcc (110), where diffusion along the channel is much faster than diffusion across the channel.

Extraction of coffee from the surfaces of the coffee grains proceeds much faster than diffusion of coffee through the intragranular pore network to the grain surface.

Because the fluid is so squishy, the piston effect heats the gas much faster than diffusion can carry energy back to the liquid, and the bubble temperature overshoots both that of the wall and the liquid.

Imbibition tests, which are much faster than diffusion tests, involve exposing one face of a rock sample to liquid (for example, water, API brine or n-decane), and monitoring the fluid mass uptake over time (e.g., Hu et al. 2001; Schembre and Kovscek 2006).

Binding of Ca2+ to the Cl− channels was considered to be much faster than diffusion.

With antibodies, the antigen binding rate is much faster than diffusion, immobilizing the antibody in a perivascular distribution.

This transport is usually much faster than diffusion but requires an energy input.

When the extrusion rate is much faster than diffusion, the recovery time constant is proportional to the square of the cell's diameter and inversely proportional to the diffusion coefficient (see Section 2).