The phrase "a function of stimulus duration" is correct and usable in written English.
It can be used in contexts related to psychology, neuroscience, or any field discussing the relationship between time and response to stimuli.
Example: "The participants' reaction times were found to be a function of stimulus duration, indicating that longer stimuli elicited quicker responses."
Alternatives: "dependent on stimulus duration" or "related to stimulus duration".
(G ) Average IPSC amplitude as a function of stimulus duration for feed forward and feedback inhibition.
(C ) Performance as a function of stimulus duration for bilateral FOF sessions (blue, mean ± std. err).
(F ) Average IPSC amplitude as a function of stimulus duration evoked in Gad2 -ChR2 mice was significantly reduced compared with IPSCs evoked in Thy1 -ChR2 mice (p<0.05).
(D ) Performance as a function of stimulus duration for data from control sessions 1 day before (black), and for data from unilateral FOF sessions (magenta, mean ± std. err).
Our observation that the latency of CF-triggered events becomes progressively longer and less variable as a function of stimulus duration may also have implications for cerebellar learning.
(D ) The mean response magnitude for units exhibiting short latency activation (red) and the most inhibited quartile of the population (cyan) are plotted as a function of stimulus duration.
Yet the sensitivity thresholds determined for dv/ dt do vary as a function of stimulus presentation duration and average velocity (Babler & Dannemiller, 1993; Brouwer et al., 2002; Gottsdanker et al., 1961).
Studies applying functional magnetic resonance imaging (fMRI) often use the block-wise presentation of stimuli with affective content, and conventionally model brain activation as a function of stimulus or task duration.
However, when instead plotted as a function of stimulus area (concentration × duration), all simulation series closely coincide, indicating that stimulus area clearly determines the percentage of cells that activate in the population.
When the points are plotted as a function of stimulus area (rather than duration), all points fall on the same curve, indicating that stimulus area tightly controls the fraction of active cells.
A central question is whether the representation of time is distributed over brain regions as a function of stimulus modality, task and length of the duration used or whether it is centralized in a single specific and supramodal network.
