The phrase "a range of geological" is correct and usable in written English.
It can be used when discussing various types or categories of geological features, processes, or studies.
Example: "The research focused on a range of geological formations found in the region, including sedimentary, igneous, and metamorphic rocks."
Alternatives: "a variety of geological" or "a spectrum of geological".
Geothermal technology has been developed for many years for fields in a range of geological settings.
Such differences have significant implications in a range of geological, geomorphological, archaeological and engineering contexts, making the correct identification of silcrete type of considerable importance.
These building stones come from a range of geological and geographical sources, including imported material from the Isle of Wight, Dorset and France.
This experience led to a second very fruitful research effort, in a range of geological settings, and with a focus on how sedimentation responds to a combination of sea-level change, deformation and other phenomena.
A multi-dimensional heterogeneous space model is presented for a range of geological characteristic parameters prediction, such as formation pore pressure, formation drillability, rock strength, lithology and so on.
Our example is relevant to a range of geological and engineering problems from ore genesis processes to, on a vastly different time and length scale, chemical reactions causing strength degradation of the host rock, for example, supporting an engineering structure.
These characteristics are a response to morphological and bed material changes relating to a range of physical (geological, tectonic, tributary input) and engineering controls.
These three-phase flow functions have been used in a heterogeneous reservoir model with a range of equiprobable geological realisations of permeability and porosity distributions to demonstrate their impact on oil recovery after water, gas or WAG injection.
Electron backscatter diffraction has been successfully used to identify deformation microstructures and explain variations in U-Th in zircon, and preliminary analyses of zircon from a range of different geological environments shows that crystal-plastic deformation in zircon may be quite common (Timms and Reddy, unpublished data).
A landslide dam can form in a wide range of geological and geomorphological settings, from high alpine debris avalanches to quick-clay failures in wide valley floors.
Regardless of these complicating factors, serpentinization is a common alteration process on Earth and a major pathway for producing H2 and CH4 over a wide range of geological, environmental, and laboratory conditions, potentially contributing to the origins and early evolution of life (Schrenk et al., 2013).
