Sentence examples for site characterisation from inspiring English sources

Geological site characterisation programmes typically rely on drill cores for direct information on subsurface rocks.

TRACKS: an efficient particle tracking code for the migration of radionuclide chains with uncertain site characterisation.

The research also shows that wave heights determined from CODAR show good agreement with those from a waverider buoy and may be relied upon for accurate site characterisation.

First, development of a site characterisation protocol and demonstration of its use to determine the principal geochemical characteristics of aquifer materials using batch experiments and to represent the information obtained in terms of a chemical model.

Over the past 10 15 years, there have been great strides in refining site characterisation techniques (i.e. geophysical techniques), developing/discovering reactive materials/sorbents (i.e. Fe0 filings), and the installation and design of PRBs (i.e. funnel-and-gate design) which have increased the cost-effeciveness of this technology.

An in-silico splicing site characterisation of the positive genomic region ensued to build the homologous cDNA which was then translated into protein.

The web application allows for a wide variety of searches and data analysis including protein motifs with chemical fragments association, protein sites characterisation, correlating properties, hits multiple sequence and 3D alignments.

Site selection, characterisation and engineering designs are the prime means of ensuring CO2 storage risks are as low as reasonably practicable.

The central part of this approach is state of the art techniques for site geotechnical characterisation, field monitoring, and numerical modelling, as well as a full integration of strata, groundwater and gas studies.

With extensive 3D site geological characterisation and COSFLOW and CFD modelling work, the spatial shape, location, stress and permeability conditions of the fractured zones at LW panels were obtained, as well as gas flow mechanisms and gas concentration distribution under the influence of mine ventilation, and gas drainage.

Such an approach should include reliable site geotechnical characterisation, large scale field monitoring techniques that simultaneously measure and monitor LW mining-induced strata movement, stress changes, fractures, and gas flow behaviours, and 3D numerical modelling techniques that simulate coupled behaviours of surrounding strata, groundwater and gas during mining.