Sentence examples for freeze effect from inspiring English sources

With distributed asynchronous channel access and limited transmission range and carrier sensing range, the consecutive freeze effect in IEEE 802.11 DCF, asynchronous time scale, and the hidden terminal problem are naturally reflected in the simulation process.

(10) With high channel data rates and relatively big backoff window size W 0, the consecutive freeze effect [21] in IEEE 802.11 DCF on the broadcast performance is neglected.

Using the freeze effect, the two wanted to visually convey the sense of disconnect that happens when death and disaster occurs.

The company says the freezing effect comes from two ingredients: gamma aminobutyric acid, a substance found in the human nervous system that can block signals between nerves and muscles, and gynostemma pentaphyllum extract, derived from an herb used in traditional Chinese medicine.

However, majority of the work has neglected the contention counter freezing effect and considered only saturated traffic condition which is mostly suitable for WLAN and adhoc networks than sensor networks.

When the temperature T lowers below 10 K, the resistance is found to increase with T dropping and appears to present lnT dependence below 5 K as shown in the right inset of Fig. 2, presumably due to freezing effect of the carriers, electron-electron interactions and WAL effect [24, 25].

For example, Figure 4 provided some examples involved in various function such as cell adhesion (B), self binding (C) or binding to cyclin-dependent kinases (A), neurotoxicity, an effect that involved blockade of acetylcholine receptors (D) and anti-freeze effect where solvent interaction is fundamental (E).

The freezing effect only lasts for a few minutes before it's all sticky again, so try to be quick.

Minor epiphenomena of the internet – the freeze-effect on the human face when Skype crashes; the little intricate technodrama of "buffering" – are noticed with a delicacy reminiscent of Nicholson Baker's paeans to technology.

The non-dimensional numbers v 0σ,v 0χ (2) give strengths of the capillary and freezing effects relative to initial inflation velocity v c (0).

Since a different set of urine samples was used for the investigation of freeze-thaw cycles) as compared to the refrigerating) and freezing) effects, absolute values in the metabonomics classification were slightly different.