How can petrographic analysis can be used to determine the rock and rock condition?
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Petrographic analysis is a technique used to determine the rock type and condition. It involves assessing the mineral content and rock texture through the examination of thin sections under a microscope. Petrographic analysis can provide information about the stratigraphy of a region, as well as the mineral composition and texture of the rock . It can also be used for rock classification, particularly in the field of geosciences, by employing convolutional neural networks to classify rock types based on thin section images . Additionally, petrographic analysis can be used to determine the mineral composition, microstructure, and degree of metamorphism of metamorphic rock types . In the context of reservoir characterization, petrographic analysis, along with digital rock analysis techniques, can be used to study the rock properties and pore structure, and to predict properties such as porosity and permeability .
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| Petrographic analysis can be used to study the rock properties and diagenesis, providing information on rock type and condition within carbonate reservoir transition zones. | |
Open access 01 Jan 2010 | Petrographic analysis, combined with microscopic techniques and image analysis, can be used to quantitatively determine the mineral composition, rock microstructure, and degree of metamorphism of quartz-rich metamorphic rock types. |
21 Citations | Petrographic analysis can be used to determine the rock type and condition by analyzing thin section images using a concatenated convolutional neural network (Con-CNN) method. |
Open access•Posted Content | Petrographic analysis can be used to determine the rock type and condition by analyzing thin section images using a concatenated convolutional neural network (Con-CNN) method. |
| Petrographic analysis can be used to determine the mineral content, rock texture, and rock type, such as basaltic andesite. |
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