Preliminary screening led us to conclude that the rate of oxidation of ethane to acetic acid and CO is negligibly small, i.e., (r_{2} = 0) and (r_{3} = 0).
In addition, the rate of oxidation of ethylene to CO and CO2 is negligibly small, i.e., (r_{5} = 0) and (r_{6} = 0).
The results showed that GO, owing to its unique chemical and morphological structures, can be exploited as dispersant to effectively maintain GnP colloidal stability near its negligibly charged state (i.e., lowest charge density) where it was generally known to experience rapid aggregation due to extremely low repulsive forces.
Concretely, we set one end zero (grounded); on the other end we apply a harmonic excitation with a relatively low frequency, thus, it is appropriate to presuppose that the magnetic potential is negligibly small, A i =0, no magnetic flux emerges.
I've seen it twice, untitled at Cannes and now in this negligibly altered version, and I can attest that the titles don't undermine the film.
We compare the sparsity ratios SR (i.e. the percentage of negligibly small coefficients) obtained with AMO and Daubechies wavelet bases for seven families of piecewise smooth signals with randomly located discontinuities.
Specifically, prevalence of AF appears to be associated with years of cumulative exercise exposure and concomitant hypertension, while in contrast, CAD appears to be associated with traditional atherosclerotic risk factors (i.e., hypertension, dyslipidemia) and negligibly associated with any element of prior exercise exposure.
In the BFS, performing all possible split-and-merge operations on a given match graph G may produce many neighbors, but a significant fraction of them might come with negligibly small edge weights (i.e. split-and-merge probabilities).
With macroscopic balance analysis and metabolic flux analysis (stationary and dynamical), the metabolic networks were rationally reduced thanks to the experimental facts that most of the amino acids (except glutamine, glutamate, and alanine) contributed negligibly to the central carbon metabolism, i.e., they were allocated mainly to the syntheses.
These properties were found to differ negligibly from those of pure water, i.e., within ± 4%.
