The phrase "a sharp wave" is correct and usable in written English.
It can be used to describe a wave that has a distinct, pointed shape or a sudden increase in intensity, often in contexts related to physics, oceanography, or metaphorical expressions.
Example: "As the surfer paddled out, he spotted a sharp wave approaching, perfect for catching a thrilling ride."
Alternatives: "a steep wave" or "a sudden wave".
On Sept. 11, Guy David had just arrived at his desk on the eighth floor of 2 World Trade Center when he heard a sharp wave of sound.
But it also produced a sharp wave of anxiety among governors and mayors worried about how the cuts might hurt already beleaguered states and cities, and it sowed anger and cynicism among many Americans about leaders in Washington.
Accordingly, the fast initial adsorption rate in the SC and DA samples drops markedly around 200 min as a result of the formation of a sharp wave of concentration, with negative gradient, in the outer part of the ACs particles.
Most neurons decrease their firing rate between sharp waves; however, during a sharp wave, there is a dramatic increase of firing rate in up to 10% of the hippocampal population These two hippocampal activity modes can be seen in primates as well as rats, with the exception that it has been difficult to see robust theta rhythmicity in the primate hippocampus.
Agents that uncouple gap junctions reduced the likelihood of eliciting a sharp wave, in accord with earlier reports [15].
The constitutive release argument predicts that evoked activity in the mossy fibers will trigger a sharp wave.
(2) A sharp-wave-shaped (SWS) nanostructure shown in Figure 1b could be formed by evaporation of Ag onto the bare AAO surface, which is the reverse structure of RTH because we removed Al instead of AAO from the AAO/Al membrane.
The waviness morphology considered in this study is a 'degrading' type waviness, where a relatively sharp wave occurs on the first ply and is completely diminished at the other laminate face.
The myoclonic twitch was accompanied, in the EEG, by a single sharp wave.
Their method is not completely automated since, prior to selection of training patterns, a user has to identify the peak of a spike or sharp wave that will be used for training, as well as the duration of the rising phase and the falling phase.
Gotman et al. investigated the automatic recognition of interictal epileptic activity in prolonged EEG recordings using a spike and sharp wave recognition method [ 57– 57].
