Sentence examples for altering reaction from inspiring English sources

It can be observed that β-Ni(OH 2 nanoflake-like structure was obtained, and the sheet size, thickness and pore size of as-prepared samples can be controlled by altering reaction time and reaction temperature.

The initial production rates and CO consumption rate were determined in a fixed-bed micro reactor by altering reaction temperature (190 270 °C), pressure (1 10 bar), GHSV (2,700 5,200 h−1), and H2/CO feed molar ratio (1 3).

In this work, we evaluate the neural pathfinding ability of SGN neurites on multidirectional micropatterns generated using the spatial and temporal control inherent to photopolymerization. Microfeature shape and width are controlled through photomask design, and feature depth is tuned on the micrometer scale by altering reaction parameters of the photopolymerization.

This theoretical reaction does not account for the presence, in commercial practice, of impurities in the metal and slag that may alter reaction temperatures and cause undesirable reactions of their own.

did not alter reaction time or inter-response time distributions in either task, though did substantially reduce the total number of responses and reinforcers obtained on the DRH schedule.

Further, our findings suggest that special attention should be paid to the steric hindrance of the hydroxyl groups in GO while adapting organic chemistry methods for GO reduction and functionalization, which could alter reaction outcome significantly and could also be exploited for steric protection.

Four MPH on a fastball may be enough to alter reaction time.

The changes that we made to the ATP/ADP ratios did not alter reaction rates.

Apart from affecting filament ordering or bundling molecular crowding is generally able to drastically alter reaction kinetics [ 206].

The subsequent engineering at the levels of the whole-cell catalyst and the reaction media was matched to altered reaction conditions.

For the related enzyme PAH and other oxidoreductases, some disease-associated mutations show altered reaction stoichiometry with uncoupling of substrate consumption to product formation [Kemsley et al., 2003].