Sentence examples for rock typing from inspiring English sources

The above-mentioned rock typing methods, however, are based on petrophysical properties or empirical knowledge.

The intrinsic advantage of this rock typing method is to describe the pore system quantitatively, which is different from other rock typing methods based on the apparent poro-perm relationship.

For single core plug and each reservoir rock typing classified on the basis of petrophysical properties, the applicability to generate bounding drainage and imbibition curves of the models was tested with fitting parameters by comparing with experimental data.

This paper presents a petrophysical rock typing method based on decoding pore-size distributions from mercury injection capillary pressure (MICP) data by using Thomeer hyperboles, with proven application in a tight carbonate reservoir in the Middle East region.

Multivariate clustering method has been employed to divide the samples into a number of groups for the purpose of both representing the reservoir heterogeneity and simplifying rock typing for dynamic modeling.

This leads to a conclusive remark that the petrophysical rock typing techniques based on porosity and permeability alone may have low resolution in classifying cores with different pore systems whereas grouping rocks based on their pore system features can help avoid this misleading issue.

As silica content increases, rock types generally become more viscous.

An infrared instrument will classify rock types from a distance.

Some common metamorphic rock types are described here.

Igneous intrusions form a variety of rock types.

Rock types include volcanic breccia, tuff, basalt, andesite, and rhyolite.