Sentence examples for mechanisms were made from inspiring English sources

Detailed comparisons of these OH time-histories with the predictions of various kinetic mechanisms were made.

An end group analysis was performed, based on which some conclusions about the polymerization mechanisms were made.

In addition, more fundamental efforts to elucidate fouling mechanisms were made by developing new and advanced membrane characterization techniques such as atomic force microscopy (AFM) and dynamic hysteresis analysis (DH) (Yang et al. 2010; Lee et al. 2011).

Assignments of domain movements to these mechanisms were made by an intuitive method that is necessarily subjective.

The examples included are selected because substantial progress in characterization of their ignition mechanisms was made recently using TA measurements.

Comparisons of crystallization rates and growth mechanisms are made with high and low molecular weight PE homopolymers.

The first systematical comparison of the two mechanisms was made by Bernard-Salas et al. (2012) who found that the IR spectra of three PNs with strong C60 features favor fluorescence as the excitation mechanism.

Each of these mechanisms is made of components, none of which is alone sufficient to produce the behavior of the mechanism as a whole, but each of which is necessary in the context of the mechanism for S to y.

However, these proposed mechanisms are made on the basis of surgical observation rather than in vivo documentation of FAI, and controversy exists as to whether surgical interventions should be made on the basis of these theories alone.

Theoretical predictions of sound pressure on the duct axis are compared to experimental data for a typical air-moving duct, and the relative importance of the two flanking mechanisms is made clear.

The mechanism by which hyperosmolar sodium-lactate improved these parameters was attributed to both lactate metabolism and hyperosmolarity, but no discrimination between these two mechanisms was made.