Sentence examples for mineral evolution from inspiring English sources
The first issue in 2010 of the journal Elements opened with a comprehensive review by Robert Hazen of the Carnegie Institution of Washington and John Ferry of Johns Hopkins University, Baltimore, Md., entitled "Mineral Evolution: Mineralogy in the Fourth Dimension".
This event would have occurred during the second era of mineral evolution, and so the Moon would also have developed during this era, but only into Stage 3 an idea consistent with the conclusion that the Moon was essentially dehydrated during formation.
The degree of podzolisation, clay mineral evolution and the element mass balances of each site were investigated.
The complex interplay of biological, physical, and chemical processes in pedogenesis and clay mineral evolution limits our ability to predict and interpret landscape dynamics.
Biological and mineral evolution have been inseparable since the planet's beginnings, the scientists argue, and understanding that connection should provide new insights in both fields and critical clues in the search for life on other planets.
From the copper-stained rocks of the Grand Canyon to the newly discovered 10-meter-long crystals of calcium sulfate under Naica Mountain in Mexico, the vast majority of Earth's minerals owe their existence to life, say researchers who have put together the first comprehensive chronology of what they call mineral evolution.
Therefore, it's necessary to know the physicochemical properties of the (PbxCa1−x 5(POH)3(OH) solid solution, predominantly its thermodynamic solubility and stability in aqueous solution, whether for optimizing industrial processes relating to apatites, or for understanding mineral evolutions and natural phenomena [8].
In this study, the mineral volume evolution during basaltic rock hydrothermal alteration was simulated using a sequential reactors model.
The fields of applications include the reconstruction of past radioelement migrations, the dating of clay minerals or the evolution of the physico-chemical properties under irradiation.
In origins of life studies, a fundamental level of understanding of the role of minerals in chemical evolution can be achieved by studying how molecules interact with TiO2 surfaces in a way similar to that applied to other candidate catalysts.
Combining all the data and characterisations obtained during the test enables one to draw up scenarios linking the nature of the fluid/rock interactions produced during the reactive test, their effect on the physical characterisation of the fracture (morphology, voids map, minerals) and the evolution of the resulting macroscopic behaviour (hydraulic and mechanical).
