Sentence examples for fast reactivity from inspiring English sources

From the concern of severity of fast reactivity accident which could lead to most dangerous consequences, the inserted reactivity considered herein was fast reactivity which was a step type within the range 1$–2$ with insertion time 0.5 s.

SMARTCyp performs a fast reactivity lookup for the query compound, in conjunction with a topological accessibility descriptor to provide a final SOM ranking.

Coupled with the Monte Carlo reactor physics code Serpent, we simulate a fast reactivity transient with the fuel temperature and fission power solved self-consistently.

Both these characteristics induce a fast reactivity toward oxidizing agents, including light, and lead to unexpected derivatives, some of which also accumulate in the extracts, like compounds (2) and (3) [18], [18].

This reaction is also known as the "ring-strain promoted" reaction due to the fast reactivity of a cyclooctyne ring with an azido group forming a triazole ring).

We found that the kinetics of DHR123 oxidation and Cr VI) reduction were essentially identical in Cys reactions, indicating a rapid formation of Cr(V) and its fast reactivity with DHR123.

The present work studies two types of possible RIA: 1-fast reactivity insertion accident (FRIA) with rate 1.04$/s and 2-slow reactivity insertion accident (SRIA) with rate 0.023$/s which may occur due to fast/slow withdrawal of a control rod or sudden cooling of the core inlet water temperature.

Mineral storage of CO2 in basaltic rocks is favored over siliciclastic reservoirs both by the higher abundance of divalent metal ions in basalt and the faster reactivity of basaltic glass or crystalline basalt [4].

However, the column experienced faster reactivity loss toward TCE degradation due to precipitation of secondary carbonate minerals, as indicated by a higher value for the ratio of maximum to minimum TCE degradation rate observed over time.

While a number of strained alkenes have been shown to combine with tetrazines for applications in bioorthogonal labeling, trans-cyclooctene enables fastest reactivity at low concentration with rate constants in excess of k2 = 106 M−106−106

well although slightly different methods were used.[ 15] Thus, the energy difference between the two hydrogen-atom abstraction barriers implicate faster reactivity of the iron(IV oxo than the iron III)–superoxo complex.