New Mineral Species and Their Crystal Structures

• Main Authors: Pekov, Igor V, Galuskina, Irina O
• Format: eBook
• Language: English
• Published: MDPI - Multidisciplinary Digital Publishing Institute 2019; MDPI
• Subjects: alkaline volcanic rock; aluminofluoride; antimony; apatite supergroup; ariegilatite; arsenic; Au6Hg5 phase; aurihydrargyrumite; barioferrite; Bellerberg volcano; bismuth; Bolivia; Book Industry Communication; borate; bournonite group; calcium; cerromojonite; chalcophyllite group; clinokurchatovite; CO3-group; configurational entropy; copper; copper oxide; Cretaio; crystal structure; CuAl2O4; CuFe2O4; cuprospinel; Ehime; Eifel; El Dragón; Eldfell; fiemmeite; fumarole sublimate; gahnite; Germany; gold; Hatrurim Complex; hedyphane group; Hekla; intercalated hexagonal antiperovskite; Italy; Japan; Kamchatka; kurchatovite; Laacher See; laachite; lead; least-action principle; lillianite homologous series; Lima department; Lower Silesia; magnesioferrite; manganese; mercury; nabimusaite group; new mineral; new oxalate mineral; nöggerathite-(Ce); Oyon district; oyonite; parafiniukite; Peru; phosphorus; placer; Poland; polymorphism; polytypism; pyrometamorphic rocks; pyrometamorphism; Q1-390; Raman; Raman spectroscopy; Reference, information & interdisciplinary subjects; Research & information: general; Rusinovite; sanidinite; selenium; self-electrorefining; Shadil-Khokh volcano; sharyginite; silicate; single-crystal investigation; sou?ekite; spinel supergroup; stacking faults; structural combinatorics; structural complexity; sulfate; sulfosalt; Szklary pegmatite; thermaerogenite; tiberiobardiite; Tolbachik volcano; Trentino; Tuscany; Val di Fiemme; verneite; Vesuvius; zirconolite
• DOI: 10.3390/books978-3-03897-689-9
• ISBN: 9783038976882; 3038976881; 303897689X; 9783038976899

The current Special Issue of Minerals entitled “New Mineral Species and Their Crystal Structures” contains articles with full descriptions of recently discovered mineral species (verneite, thermaerogenite, parafiniukite, nöggerathite-(Ce), cerromojonite, aurihydrargyrumite, sharyginite, fiemmeite, oyonite, tiberiobardiite, and ariegilatite) and with recent results in the investigation of structures for minerals which were insufficiently studied in the crystal chemical aspect (rusinovite, barioferrite, kurchatovite, and clinokurchatovite). The described new minerals demonstrate a great chemical and structural diversity and are characterized by different formation conditions and mineral associations. The mineralogical discoveries come from many different localities around the world. All articles were prepared to a high scientific level, and the authors used a lot of modern methods for their investigation of the solid. The papers published in this Special Issue can be of interest not only to mineralogists and mineral collectors but also to physicists and chemists of solid, and specialists in the field of materials science.