The phrase "amplitude in the first" is not correct and lacks clarity in written English.
It may be used in a context discussing measurements or characteristics of a signal, but it requires additional context to be meaningful.
Example: "The amplitude in the first measurement was significantly higher than expected."
Alternatives: "magnitude in the first" or "level in the first".
During distraction by the arithmetic task, healthy controls exhibited a significant decrease of amplitude in the first train of the arm and the pooled cheek, but there was no significant reduction in the second train of each location.
The oscillation amplitude in the first step was chosen since the specimen remains in the elastic range and it was incrementally increased to a certain extent, leading to the deterioration or failure of the specimen.
Our new findings also expand our previous report describing deficient VEP habituation at rest in migraine patients between attacks [21, 22] now showing that HV worsens this deficit mainly by decreasing further the already abnormally low amplitude in the first VEP block.
The mean value of EEG amplitude in the first 100 ms of the epoch was calculated from all trials of each task in each individual subject.
Amplitude in the first test tended to be greater than that in successive tests.
The mean amplitude in the first interval (−700 to −200 ms) was supposed to cover pre-response cognitive processes.
This is attributed to the increase of the loading amplitude in the second block.
At Owase, the linear computation shows the maximum amplitude in the third wave at around 60 min, but the amplitude becomes smaller in the nonlinear computation, making the first wave the largest.
Since the fast algorithm in the first step measures the leakage amplitude r, it is immediately clear after the second step if this step should be repeated with a negative probing signal, because the resulting measured amplitude in the second step is smaller than 2 r when the I component lies in the beneficial region.
Thus, at each pixel, we obtained the preferred orientation and the modulation amplitude in the second harmonic components, which is regarded as orientation selectivity.
Under present computational conditions, critical acoustic pressure amplitudes in the first and fifth acoustic modes occur when St = 0.39 and St = 0.94 respectively.
