The phrase "a function of repetition" is correct and usable in written English.
It can be used in contexts discussing how repetition influences or contributes to a particular outcome or effect.
Example: "The effectiveness of the training program is largely a function of repetition, as participants need to practice the skills multiple times to master them."
Alternatives: "an effect of repetition" or "a result of repetition".
And that loveliness is in part a function of repetition and refrain, two overlapping tactics MacNeice used for opposed purposes throughout his career.
Fig. 6 Source chamber pressure as a function of repetition pulse rate.
Differences in the spatial behaviors of spike-timing precision, rate, and interval codes as a function of repetition rate can be interpreted as evidence for multiple, concurrent processing streams (or streamlets) embedded within a cortical area.
Similarity analysis (spatial cross-correlation, see Materials and Methods) of the value distributions by cross-correlation as a function of repetition rate difference (Fig. 5A, 5B, 5C) showed that similarity reduction is proportional to the repetition rate difference for all three measures.
It has been shown that stimulus repetition leads to repeated initiation of patterns of neural activity that habituates as a function of repetition rate [ 23].
Figure 9 shows the typical variations of magnetic strength M as a function of laser repetition rate for the NdFeB nanofibers grown at room temperature.
The results revealed that: (i) category and stereotype activation are moderated by the order in which priming stimuli are presented; and (ii) priming effects decrease monotonically as a function of category repetition.
Linear fits for the slopes as a function of CLT repetition were estimated, collapsing over CLT, except for observer VK where separate fits were calculated for each CLT, since a separate logistic regression showed a significant 3 way interaction between Vernier displacement, cue-lead time and repetition, which indicates that the effect of repetition was not uniform for the different CLTs.
This was shown by comparing the mean timing error over the first 10 repetitions starting from session onset with the mean timing error over the last 10 repetitions (two-tailed t-test, P>0.31), and by performing a linear regression of timing error as a function of all repetitions (P>0.23).
We computed switch costs as a function of response-repetition, stimulus-response (S-R) compatibility, and post-error-slowing.
However, a closer look at switch costs as a function of response-repetition and S-R compatibility revealed that the development of task switching was not gradual.
