Sentence examples for most processes where from inspiring English sources

In contrast with most processes where energetic ions improve the nitrogen transfer into the surface layers of the metal film, the expanding plasma process promotes the chemical reactions on the surface of the material.

These enzymes are essential for most processes where enzymes need to access the DNA bases.

The determination of residence time is of major interest in terms of the characterisation, design and modelling of most environmental engineering processes, where a proper and homogeneous fluid distribution is often essential, and especially in the domain of wastewater or waste material treatment.

It would also conditionally require the highest risk plants to implement the safest and most cost-effective processes where feasible.

The phosphoinositide pathway is one of the first and most studied cellular processes where lithium plays an inhibitory role.

Directional (anisotropic) cell wall expansion is an integral part of most plant developmental processes, where it facilitates the structural changes necessary for proper cell and organ morphogenesis.

In large-scale waste water treatment plants, the aerobic biochemical reactor is the most important process, where the oxygen supply into the microorganisms often limits the overall waste water treatment rate.

For most liquid phase reactive processes, where reactions are fast compared to turbulent mixing, phenomenological models such as multi-environment models integrated within a CFD framework look promising.

In situ magnetic separation can bring most benefit to those production processes where antibodies or their fragments lack stability in the medium or are subject to degradation.

This phenotypic diversity is associated with variability in the maturation processes where, unlike most plant species that exhibit a single ripening mode, melon fruits can be either climacteric or non-climacteric (ripening associated and not-associated with ethylene respiration bursts, respectively) [ 3].

Especially at 30°C, the most common temperature for SSF processes, (where F. oxysporum's enzymatic system is more likely to be exploited) the effect of ethanol on the cellulolytic and xylanolytic activities of the enzymatic system was significantly less severe than at 50°C.