The phrase "arrays effects of" is not correct in written English.
It appears to be a fragment and lacks clarity or proper grammatical structure.
Example: "The study investigates the arrays effects of various treatments on patient outcomes."
Alternatives: "various effects of" or "different effects of".
In this paper, we briefly outlined some of the key functions of dopant atom devices, such as single-electron tunneling via a donor in donor-rich devices, single-electron transfer between two donors, time-controlled transport through donor arrays, effects of photons on individual donors, as well as direct observation of dopant potentials.
Important properties are data reproducibility within and between arrays, effects of dye biases and other artefacts in the data structure, as well as the accuracy, specificity and sensitivity of signal intensity measurements.
We explain the log2-transformed ratio by the following model: with c = 0,1, d = 0,1, a = 1,...,12, g = 1,...,10643, b = 0,1,2, b 1 = 0,1,2, b 2 = 0,1,2, where μ is the overall mean, A a is the overall array effect of array a, C c is the overall cell sample size effect of cell sample size c, D d is the overall dye effect of dye ratio case d, and G g is the overall gene effect of gene g.
This study aims to investigate the fiber array effect on modal damping behaviors of fiber composites.
Moreover, the MW effects at 905 and 915 MHz were not statistically significantly different in stem cells, and analysis of the individual cell arrays revealed effects of exposure to 905 MHz.
In the first scenario, we demonstrate how to estimate array effects in the presence of biological signal.
A discussion has been included of the relevance to real heat exchangers of flow tests on uncoupled tube arrays and the effects of detuning tubes in such arrays.
Taken together, these results suggest that batch and intensity-dependent array effects contribute to the variation of probe level measurements.
This greatly reduces the possible confounding effects of inter-array variability and local array effects.
For high-density nanotube arrays, field-screening effects of neighboring tubes reduce the field enhancement, and thus the emission current decreases.
Many studies utilizing pillar arrays examined the effects of geometry [ 171], size [ 172], order [ 173], and space [ 174, 175] on separation performance.
