Sentence examples for formation of minerals from inspiring English sources
Mineralization, leading to the formation of minerals in the presence of organic molecules, is a widespread phenomenon in biological system [1, 2].
The biological formation of minerals by living organisms is commonly called biomineralization.
They reduce viscosity, lower temperatures of crystallization by tens to hundreds of degrees, and participate directly in the formation of minerals that contain essential hydroxyl (OH) or elements such as the halogens.
A mechanism of mineral formation involving a change from one mineral to another is called transformation and can be distinguished from neoformation, which implies a mechanism for the formation of minerals from solution.
During the transition stage and earlier, oxygen-deficient environments were prevalent, and these favoured the formation of minerals containing ferrous iron from the alteration of rocks slightly more rich in basalt than those of today.
During the period 3.5 to 1.5 billion years ago, oxygen-deficient environments were prevalent; these favoured the formation of minerals containing ferrous iron (reduced state of iron) from the alteration of basaltic rocks.
Collagen is comprised of fibrils that mineralize due to the formation of mineral crystals in the gaps between fibrils [ 14, 15].
Given that the extracellular fluids are saturated in calcium and phosphate ions [52] [58], the formation of mineral nuclei is thought to be sufficient to initiate mineralization, which in turn can proceed further on its own by the deposition of calcium and phosphate ions onto the nascent nuclei.
Thermal and hydrothermal processes associated with impact cratering bear important consequences for the formation of mineral deposits, such as Ni at Sudbury, Pb-Zn at Siljan and Kentland.
Biomineralization, the biologically controlled formation of mineral deposits, is of widespread importance in biology, medicine, and engineering.
Enhanced cell proliferation and early formation of mineral nodules were observed on apatite nanocrystals with silicon addition.
