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Fluorite-based oxide materials such as stabilized zriconias, doped cerias, and urania represent a group of the most important key engineering materials in our modern society, with their well-known various electrochemical, ceramic and nuclear etc. applications. This is primarily due to their multi-lateral excellent physical/chemical properties such as high chemical/structure stability, high oxide ion conductivity, superior mechanical strength, and unique nuclear properties, and so on. For example, urania UO2 and urania-plutonia mixed-oxide (U,Pu)O2 are almost exclusively used to represent nucle
Fluorides --- Fluorspar --- Zirconium oxide --- Zirconia --- Zirconium dioxide --- Oxides --- Zirconium compounds --- Derbyshire spar --- Florspar --- Fluor --- Fluor spar --- Fluorite --- Murra --- Murrha --- Murrhina --- Myrrha --- Halide minerals --- Calcium fluoride --- Fluorine compounds --- Halides --- Industrial applications.
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Various scientific events are being held around the world under the auspices of this landmark event, the Year of Mineralogy, and it is highly satisfying that this Special Issue “Mineralogical Crystallography Volume II” is published in 2022. The first volume of the “Mineralogical Crystallography” Special Issue [1] consisted of such topics as: Discovery of new mineral species; Crystal chemistry of minerals and their synthetic analogs; Behavior of minerals at non-ambient conditions; Biomineralogy; and Crystal growth techniques, and appeared to be very fruitful. The Special Issue “Mineralogical Crystallography Volume II” covers the following topics: Crystal chemistry and properties of minerals and their synthetic analogs; Gemology; Natural-based cement materials; Biomineralogy; and Crystal growth techniques. Additionally, we hope that this continuation will be just as successful, and that the new set of papers will again arouse genuine interest among readers and, perhaps, inspire them in their own successful research. We also believe that with the current collection of papers, we will be able to pay tribute to the union of Mineralogy and Crystallography.
Research & information: general --- uranyl --- carbonate --- mineral --- crystal structure --- topology --- structural complexity --- bentonite --- mordenite --- smectite --- pozzolanicity test --- cement --- concrete --- shchurovskyite --- synthesis --- X-ray diffraction --- oxocentered tetrahedra --- Barite --- hydrothermal synthesis --- typomorphic characteristics --- in-situ mixing solutions at high temperature --- high iron and quartz contents coal gangue --- acid leaching --- alkali melting --- hydrothermal reaction --- NaA zeolite --- fluorite --- pozzolan --- mortar --- mechanical strength --- reduction of CO2 emissions --- hydroxyapatite composite --- spinel --- beverage cans --- bovine bones --- lorenzenite --- perovskite --- loparite --- titanite --- apatite --- carbonates --- Khibiny --- Lovozero --- Kovdor --- Afrikanda --- alkaline intrusions --- NF Fennoscandia --- glass-ceramics --- phase separation --- nucleation --- crystallization --- microstructure --- gahnite --- gold nanoparticles --- surface plasmon resonance --- plasmonics --- ivanyukite --- lintisite --- SIV --- AM-4 --- sorption --- lead --- ion-exchange --- titanosilicate --- Arctic --- channel-water --- X-ray fluorescence --- infrared spectroscopy --- UV–vis spectroscopy --- transition metal ions --- self-healing concrete --- calcium nitrate --- mineralization reaction --- cracks --- near-infrared spectroscopy --- kaolinite --- dickite --- OH group --- forsterite --- boron --- spectroscopy --- orthoclase crystal --- ultra-microchannel --- water --- feldspar alteration --- sericitization --- gemological --- mineralogical --- greenish blue apatite --- fluorapatite --- n/a --- UV-vis spectroscopy
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