The phrase "average of the background" is correct and usable in written English.
It can be used in contexts where you are discussing statistical data or measurements related to a background variable or condition.
Example: "To better understand the results, we calculated the average of the background noise levels during the experiment."
Alternatives: "mean of the background" or "background average".
The results were considered significant when the average experimental SFC less 2 standard deviation (SD) was greater than the average of the background plus 2 SD and the average of the experimental peptides was greater than 10 SFCs per 106 cells.
Each probe was then adjusted based upon a weighted (distance between the location of the probe and the centroid) average of the background for each grid.
A microRNA probe was called 'present' if its signal intensity was two standard deviations above the average of the background probes in the sample.
Each remaining pixel was coded with the ratio of the background-corrected B channel flux to the average of the background-corrected R+G channels.
Rather than repeat the thinning procedure and the kernel estimation procedure many times to obtain an average estimate of the background intensity, the average can be estimated directly by weighting all the events with their corresponding background probabilities, i.e., (11 where i runs over all of the events in the whole process, and Z d is the Gaussian kernel function with a bandwidth d.
The average fluorescence intensity of each image was normalized by dividing it by the average intensity of the background.
The average voltage of the background noise was measured at around 100 μVpp or 15.15 μVrms (averaged over the first 50 ms of the measurement when no sound was played).
In this regard, the local average background intensity was approximated by the average of the presumable background region within a window of 41×41 pixels determined with local average thresholding with the window.
The total probe signal is the average of all the background subtracted signals for each replicated probe multiplied by the total number of probe replicates.
where is the transmit power, is the average power of the background noise, is the SINR threshold, is the path loss exponent, is the reference cross-polar discrimination of the antenna at a reference distance, and is a function that characterizes the polarization loss over distance.
Discrete puncta of synaptophysin fluorescence were classified as "clusters" if they were at least 1.5 times greater than the average intensity of the background axon.
