Sentence examples for prior to decomposition from inspiring English sources

Domain continuity was assured largely by re-numbering the elements using a "front squasher" code prior to decomposition.

It was found, that the blocking results from a reduced sticking coefficient, i.e. a fast desorption of the precursor prior to decomposition.

DSC of ET has revealed evidence of thermal events in the range of 190 210°C, and at 268°C prior to decomposition at about 290°C.

In contrast, when the Pt loading was low, a considerable fraction of formate was located further from the metal and required time to diffuse to the metal oxide interface prior to decomposition.

This region is also notable for negative apparent activation energy in the rate of methane oxidation, i.e., the rate increases with decreasing temperature during reoxidation of the Pd metal and decreases with increasing temperature (especially with low oxygen partial pressure) prior to decomposition of the bulk oxide.

They speculate that the two caves near the cromlech were used as depositories for the corpses prior to decomposition, and that when the bones were collected from the caves for reinterment others already lying in the cave were unwittingly gathered too.

Carbon coating has been achieved by the addition of sucrose to the precursor prior to thermal decomposition.

Here, prior to the decomposition, the domain with moving or deforming boundaries is mapped to a stationary domain using volume preserving mapping.

Finally, by secreting antimicrobials on the carcass surface, parents can maintain the carcass in a suitable state for extended time periods, assuming it is found prior to significant decomposition.

In comparison to superoxide or hydroxyl radical, peroxynitrite is relatively stable, and therefore, there is the opportunity to scavenge this molecule prior to its decomposition although efficient approaches to this have not yet been described (Beckman & Koppenol, 1996; Guven et al., 2008; Jiao et al., 2009).

The redox mechanism is fully interpreted as a two-step insertion/conversion mechanism, associated with the stabilization of the Fe3+/Fe2+ mixed-valence state prior to the complete decomposition of the inorganic organic interactions within the porous MOF architecture.