Titlebook: Celebrating the International Year of Mineralogy; Progress and Landmar Luca Bindi,Giuseppe Cruciani Book 2023 The Editor(s) (if applicable)

滔滔不絕地講

滔滔不絕地說

Mineral Informatics: Origins,s and models to make interdisciplinary scientific discoveries. In this chapter, we describe the history of data driven research in mineralogy, and the key events that led to the development and adoption of mineral informatics in the scientific community.

別炫耀

不適

Structural Mechanisms Stabilizing Hydrous Silicates at Deep-Earth Conditions,on. Other protonation mechanisms involving coupled substitutions without vacancy formation, such as .Al. → .Mg. + H. and .Si. → 2H. + .Mg. are also important in high-. hydrous silicates. In several high-. phases these substitutions involve short-range ordering of cations, vacancies and OH as a key f

elastic

Discovering High-Pressure and High-Temperature Minerals,tastable high-pressure silicate minerals (and even synthetic phases) have been observed in shocked rocks and samples: Even along temperature gradients we find metastable formation of phases stable at lower static pressures but few minerals without stability field, despite the multitude of possible m

fledged

Mineralogy of Returned Sample from C-Type Near-Earth Asteroid (162173) Ryugu,otite grain were CO.-containing aqueous solutions, implying that the Ryugu’s parent planetesimal may have contained CO. ice as one of its original ingredients, which is stable in the low-temperature outer region of the Sun’s protoplanetary disk. Dolomite precipitation occurred ~5 Myr after the Solar

BILL

Mineral Discoveries that Changed Everyday Life,ph of this chapter leads the reader into the world of zeolites. Both natural and synthetic zeolites are probably the most outstanding impactful past, present (and future) . discoveries that changed our life and that’s why they deserve a full section dedicated to them.

簡略

AGGER

壓倒性勝利

Mineral Informatics: Origins,ions. The volume, variety, and velocity of mineral data, and development to extract patterns from this data have increased in past decades. We are at the precipice of a paradigm shift and “Mineral Informatics” efforts provide a roadmap to synthesize and coordinate data driven research in mineralogy