Sentence examples for pattern owing to from inspiring English sources
Sediment concentrations at both sites decreased as the rainy season progressed, regardless of the rainfall pattern, owing to depletion of the sediment supply and limited transport capacity of the flows caused by increased vegetation cover.
The 12-fold photonic quasi-crystal (PQC) pattern was chosen as top and sidewall pattern owing to its capability to better enhance surface emission comparing with 2D PhC pattern approach [22].
Compared with the rapid release of free Ats in medium in vitro, Ats entrapped in the core of BSA NPs was slowly diffused from the interior of NPs into the medium and showed a smooth and sustained release pattern, owing to the continuous degradation of BSA.
MMP7 deletion therefore improved post-MI survival and improved myocardial conduction pattern owing to preserved connexin-43 levels [ 137].
Lung oedema is present, indicated by a moist appearance, failure to collapse and a marked lobular pattern owing to accumulation of fluid in the interlobular septa.
Residence time distribution (RTD) simulations indicated that the fluid behaviour tends towards a continuous mixing flow pattern, owing to flow at the output of each cell across the upper cell link pipe, which acts as a mixer.
Blends with 10, 20, 60 and 70 wt.% aramid possessed fine patterns owing to nano-level compatibility of two phases.
CS structure is very heterogeneous and contains various sulfation patterns owing to the multiple and random enzymatic modifications that occur during its biosynthesis.
The results of the review confirm that the CA model is one of the strongest models for simulating urban growth patterns owing to its structure, simplicity, and possibility of evolution.
Therefore, when the stripe patterns with Cu alloy structures were inserted into water, the water did not penetrate the space between the two stripe patterns owing to their hydrophobicity [20] (Fig. 9a).
Volumetric breathing rates for populations follow diurnal patterns, owing to variations in the levels of physical activity and in physiological processes (e.g., circadian rhythm).
