The phrase "as a function of the em" is correct and usable in written English.
It is typically used in mathematical, scientific, or technical contexts to describe a relationship or dependency between variables, where "em" could refer to a specific measurement or parameter.
Example: "The output of the system varies as a function of the em, indicating a direct correlation between the two."
Alternatives: "in relation to the em" or "depending on the em".
In the layers above the PACA, the EM field amplitude is attenuated as a function of the conductivity of the medium and the frequency of the signal so that low-frequency EM fields penetrate more deeply than high-frequency EM fields.
Examination of DLPFC activity to Go trials as a function of block type (SART EF, SART EM, Control (C)) revealed a striking differential pattern of recruitment as a function of trait anxiety, F 2, 30) = 7.44, P < 0.005.
Psychophysiological interaction (PPI) analyses (Friston 1997; Gitelman et al. 2003) were used to examine changes in functional connectivity between regions of interest as a function of SART block type (EF or EM) and participant anxiety or worry levels.
Both EM and conductivity are recorded as a function of WPAA/ WCNP which are used in the Ohshima model to compute the number charge density of the polyelectrolyte charge originating from a carboxylic group (−COOH).
Figure 6 also plots the variation of elastic modulus (EM) as a function of argon gas flow.
In [12], an Expectation Maximization (EM) algorithm is presented which estimates the parameters of the probability distribution of the data by iteratively maximizing the likelihood of the available data as a function of these parameters.
"Technically, no function of the em couldn't be handled by other punctuation -- comma, colon, semicolon, period or parentheses," he notes.
The latter allowed us to examine the regions with which DLPFC was co-activated, across Go trials, as a function of SART block type (i.e., EF vs EM).
By comparing high-throughput light scattering results with high-resolution electron microscopy (EM), we established that light scattering can efficiently map nanosheet yield and size as a function of time and ion concentration.
