期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Based on water chemistry analyses of five batches of water product samples from eight coalbed methane (CBM) wells of the Songhe well group in the west......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
The phase behavior of fluid is essential for predicting ultimate oil recovery and determining optimal production parameters. The pore size in shale po......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
GIS-based mineral prospectivity mapping (MPM) is a computer-aided methodology for delineating and better constraining target areas deemed prospective ......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Fractal theory is an efficient method to characterize quantitatively tight rocks. Volcanic rocks are very promising reservoirs, and their pore structu......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
In situ stress is not only a vital indicator for selecting explorative regions of coalbed methane (CBM), but also a pivotal factor affecting CBM produ......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Permeability is one of the key parameters to better understand the processes of coalbed methane mining and carbon dioxide geological storage. As a uni......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
The Chinese Western Tianshan (CWT) region has experienced complicated accretionary and collisional orogenic processes and represents a key region for ......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
In this study, the adsorption-desorption/induced strains/permeability characteristics of seven columnar coal samples with R-o.ran ranging from 0.42 to......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Recent advancement in computing capabilities has brought to light the application of machine learning methods in estimating geochemical data from well......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Through remote sensing inversion, the evolution and treatment of saline and alkaline land can be monitored on a large scale in real time. The spectral......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Effective use of the difference between longitudinal and converted shear waves in reservoir sensitivity analysis is a key component to reduce the mult......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Depletion of shallow mineral resources caused by deep mining has become an inevitable trend, and deep mining can increase safety accidents and geologi......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
In surface mining, blasting is an indispensable method for fragmenting rock masses. Nevertheless, it can inherently induce many side effects like grou......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (3)
Quantitative characterization of shale gas flow in fractured shale is a key problem in shale gas extraction. In this study, 3D multi-scale structures ......
期刊： NATURAL RESOURCES RESEARCH, 2021; 30 (5)
Successful delineation of high potential targets for exploration in maturely-explored orefields is still a tough challenge. A reliable prediction mode......
