Sentence examples for improve general understanding from inspiring English sources

Sediments were exposed to CO2 and hydro-geochemical effects were observed in order to improve general understanding of trace metal mobility, quantify carbonate influence, assess risks attributable to fresh water resources from a potential leak and aid monitoring measurement and verification (MMV) program design.

To improve general understanding, Grimmer & Nespolo (2006 ▶) gave a figure where the result was shown using standard crystallographic notations for the lattice types.

New developments in psychiatric care such as "shared decision making" [ 17, 18] and an improved assessment and management of side effects [ 19] need to be more effectively communicated to the public, to improve general understanding and, consequently, attitudes to their use.

The center serves as a Knowledge Hub spearheading a wide range of research, training and advisory activities aimed at improving general understanding of Islamic finance globally and supporting regulators and policy makers to introduce and maintain sustainable Islamic finance industries.

The findings warrant further attention to these infections in horses particularly with regard to improved means for detection of active infections, which may contribute to a better general understanding of these diseases and their impact on horse behavior and welfare.

High-quality experimental data are needed to improve our general understanding of granular material compaction physics.

As a result of the lessons learnt during Phase I, a Phase II in situ program has been initiated to improve our general understanding of diffusion in SFR.

These findings could improve our general understanding of the vital role of iron redox chemistry in PCP transformation vs. geochemical properties of soils.

The current study of active SWI highlights important functional relationships that improve the general understanding of SWI, which has otherwise been founded primarily on steady-state and passive SWI.

The aim of this study is to improve the general understanding of tungsten carbide (WC Co) tool wear under dry machining of the hard-to-cut titanium alloy Ti6Al4V.

Also, based on a comparative scientific approach, we argue that understanding the behaviour of tunas around anchored FADs can improve our general understanding of tunas around all types of floating objects and help design new, well focused studies for drifting FADs.