Sentence examples for engineering barrier from inspiring English sources

The use of the hierarchical pore structure in a bentonite-based mixture as a part of a nuclear waste repository's engineering barrier is proposed.

With further optimization of the pre-deposition cleaning process, this may be a useful method for engineering barrier heights on ZnO.

We identify two of the most significant barriers to adoption of tools and formal methods to speed up software development, namely the requirements engineering barrier and the legacy code re-engineering barrier, and show how the ADM methodology helps to overcome these barriers and improve time-to-market for telecommunications software.

This paper summarized some corrosion issues specific to nuclear waste disposal and illustrates them by the French geological clay concept for the reliable prediction of container degradation rate and engineering barrier integrity over extended periods, up to several thousands years.

Investigation on influences of cyclic salinization-desalinization processes on clay is of great importance for evaluation of the behavior of engineering barrier in deep geological repository for disposal of high-level radioactive waste.

Both oxygen penetration, due to excavation, and the use of hydraulic cement as engineering barrier has led to the investigation of effects of high pH solutions on the oxidized host rock formation.

Prediction of the coupled chemo-mechanical behaviours of porous media is an important problem in many areas, i.e., expansive clays in geotechnical and petroleum engineering, engineered barriers in the underground storage of nuclear wastes, and biological tissues in biological engineering.

The integrity of the canister is ensured by preventing their corrosion, minimising the risk of damage by earthquakes and engineering barriers to stop any radiation reaching the surface if it does escape.

In the buyout market, the potential for operational engineering, barriers to entrepreneurship, and barriers to international trade are identified as important factors explaining cross-country differences.

The goal of the GS is to lower financial and engineering barriers that hinder access to science and engineering data from orbit.

In particular, this paper focuses on bentonite clay subjected to a thermo-hydro-mechanical load, as in the case of nuclear waste engineering barriers.