Sentence examples for formation contributes from inspiring English sources
Thus, gap formation contributes to microleakage, permitting the passage of bacteria and salivary secretions from the oral cavity [13, 17].
On all Pt/SnOx/C catalysts, acetic acid and acetaldehyde represent dominant products, CO2 formation contributes 1 3% for both potentiostatic and potentiodynamic reaction conditions.
For all catalysts, incomplete ethanol oxidation to C2 products (acetaldehyde and acetic acid) prevails under conditions of this study, CO2 formation contributes by ≤1% for potentiostatic reaction conditions.
In addition, increased ROS formation contributes to hyperoxia-induced vasoconstriction: administration of vitamin C (200 mg intra-arterial [69] and 3 g intra-venous [73], respectively), restored forearm [69] and coronary vascular resistance [73].
These results suggest that both NOS-dependent and-independent NO formation contributes to early and sharp NO production during ischemia, and that this NO increase is, at least in part, related to the triggering of anoxic depolarization.
Resulting relationship between the processing variables and each of deposited productivity and microstructure formation contributes to the selection of detailed processing conditions to balance the factors crucial to successful SX LAM, which means that appropriate adjustment of the processing parameters during actual SX LAM is easy to be performed.
We hypothesized that such deformities and scar formation contribute to pain symptoms.
It was concluded that both adsorption and catalyzed oxidation (via hydroxyl radical formation) contribute to the dye removal.
This activity probably caused impact on the natural populations of P. luisae in the Tabebuia formation, contributing to the fragmented distribution currently known.
The frictional behavior determined by time-resolved measurements of friction forces reveals that higher camshaft speeds led to increased lubrication film formation contributing to reduced frictional losses.
When the windward flame was lifted, chemiluminescence imaging showed that both flame propagation and auto-ignition kernel formation contributed to flame anchoring.
