Sentence examples for hydraulic testing and from inspiring English sources

The objective of this research was to assess the structure and scale of texture heterogeneity within the vadose zone within the gravel subsoils of alluvial floodplains using resistivity data combined with hydraulic testing and sediment sampling of the vadose zone.

In the process of characterizing the Xinchang URL site, a series of investigations, including borehole drilling, geological mapping, geophysical surveying, hydraulic testing and in situ stress measurements, has been conducted.

The target of the Soultz project was the development, the hydraulic testing, and the modeling of two EGS heat exchangers developed within the granitic basement at depths of 3.5- and 5-km depth (Gérard et al. 2006; Dezayes et al. 2010).

In addition, measurement of fluid chemistry, hydraulic tests and computation of Navier Stokes flow constrained the characterisation of the dissolution process.

For this purpose, engineering logging of the rock cores, single and cross-hole hydraulic tests, and recharge/drainage tests were performed using seven drilled holes with different trends and plunges.

Hydraulic tests and tracer tests were made between the two holes to obtain information on connections in the plane of the fracture and to obtain information on residence time distributions in different paths (channels).

In the frame of the activities related to ITER divertor R&D, ENEA C.R. Brasimone was in charge by Fusion For Energy (F4E) to perform the assembly, the hydraulic tests and the theoretical simulation of the hydraulic behavior of the full scale divertor cassette prototype.

Multidisciplinary methods (hydraulic tests and modelling, fluid sampling and modelling, analysis of cement and clay samples on the overcore) are used to get better insight, in a realistic wellbore context, on the interplay between the geochemical questions, and the operational and construction issues.

In-situ permeability of the Median Tectonic Line MTLL) fault zone in Mie Prefecture, southwest Japan, was estimated using hydraulic tests and groundwater pressure observations in two boreholes.

Nissaku Co. Ltd. performed hydraulic tests and measured the permeability of drillcore samples as a part of construction of the ITA observatory.

Our aim is to verify the complex permeability structure at the MTL showed by Wibberley and Shimamoto (2003) by using in-situ permeability data produced by hydraulic tests and long-term groundwater pressure observations.