Sentence examples for I fluctuations from inspiring English sources

Obvious imperfections that should be taken into account in our model include: (i) fluctuations of the doping density, (ii) fluctuations in (d_{B}) and (d_{W}), (iii) fluctuations in (V_{B}).

Cells exhibiting spontaneous [Ca 2+] i fluctuations were excluded from the study.

If times are earlier than those of order N γ i (γ< γ i ), fluctuations of species number of S i due to the reactions involving S i are not noticeable compared to magnitude of the species number of S i.

Furthermore, these red fluorescent copper(I) sensors are a good starting point to develop superior copper(I) biosensors capable of imaging copper(I) fluctuations within a truly biologically relevant concentration, and further effort to realize this endeavor is under way.

To overcome the shortcomings of currently available dosage forms, that is, (i) fluctuation in plasma level due to immediate release forms and (ii) conversion of parent molecule to its metabolites through first-pass effect, it is worth it to try other routes of administration in context of sustained release of the drug more common form of which being nanoparticles.

However, the corrected SUVmean of some of the small ROIs substantially deviate from the true values and ROI-to-ROI fluctuation is much higher than with LBPVC.

As in Carvalho et al. (2007), we model the probe sequence affinity as a function of nucleotide and position in order to control for (i) small fluctuations in probe affinities across arrays, and (ii) differences in PMA and PMB affinities.

Completeness levels between 1996 and 2006 were determined by assuming that the completeness of death registration follows a logistic trend over time; that completeness in any age group did not decrease over the period; and that the trend in completeness is smooth (i.e. fluctuations in the data are not due to fluctuations in completeness).

The SIN noise has three components: the shot noise, 2eI/ S 2 I, the fluctuation of the heat flow through the tunnel junctions and the correlation between these two processes: N E P SIN 2 = δ I ω 2 ∂ I ∂ V S v 2 + 2 < δ P ω δ I ω > ∂ I ∂ V S v + δ P ω 2 (9).

These fluctuations (i.e., shell-like behaviors) are due to their low aspect ratios [18].

In this term, the spatial fluctuations (i.e., biases) of the beeline path emerge in the locomotion of a pedestrian.