Sentence examples for most relevant processes from inspiring English sources

As shown in Fig. 5, the production of POM and the injection molding of the body are the most relevant processes in the production of a flow regulator.

The present paper, however, specifically focuses on dissolution, passivation, aggregation, adsorption, sedimentation, and deposition as a selection of the most relevant processes under field conditions (see Fig. 2).

Here we summarize the most relevant processes of influence on the isotope composition of DO, including gas-water exchange, photosynthesis and respiration.

The system is designed as an experimental platform to optimize performance of 14C detection at low ion energies and to study the most relevant processes that may limit system performance.

Innovation in today's economies makes the basis of economic development (Léger and Swaminathan 2006) and a noteworthy effect on economic growth (Cameron 1996; Rosenberg 2004) especially when the transformation into knowledge economy makes learning one of the most relevant processes for economic development (Boekema et al. 2000).

Earthquakes, landslides, floods, and volcanic eruptions are the most relevant processes that potentially can damage or increase the risk of human beings, properties or environment itself (Alcantara-Ayala 2002; Binda et al. 2011; Lotti et al. 2015; Morelli et al. 2014, and Del Soldato et al. 2016).

The influence of the most relevant process parameters (e.g. feed rate, step down), has been determined.

Therefore, the presence of release agent residues inside the top layer of CFRP-samples [17] has to be explained by diffusion processes, which is the most relevant process to justify the bad initial bondability.

Transverse dispersion is the most relevant process in mass transfer of contaminants across the capillary fringe (both directions), dilution of contaminants, and mixing of electron acceptors and electron donors in biodegrading groundwater plumes.

This simple scaling model allows the analytical calculation of the depth of droplet-etched nanoholes as a function of the most relevant process parameters temperature and droplet material coverage.

The model incorporates the most relevant process parameters, which are the printing velocity, the curing characteristics of the printing material, the geometrical features of the printed object, the heterogeneous strength and stiffness properties, the presence of imperfections, and the non-uniform dead weight loading.