Database of Rare Element Minerals of Ukraine

IF 0.5 Q4 MINERALOGY Mineralogical Journal-Ukraine Pub Date : 2023-01-01 DOI:10.15407/mineraljournal.45.02.049
H. Kulchytska, D. Chernysh
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Abstract

It is shown that the concept of "rare elements" is rather conditional. The list of rare elements, as well as their selection criteria, constantly changed over time. Geochemical and mineralogical criteria gradually became closely connected with technological and economic criteria. Such criteria as insignificant distribution in the earth's crust, weak mineral formation, and the lack of large deposits were joined by technological difficulties of extraction, minimal use in technology, unprofitable extraction, or artificial shortages due to monopolization of reserves by supplying companies. The list of critical mineral raw materials, which is based on rare chemical elements, is growing every year, with almost all the elements with a clarke of less than 100 ppm being in short supply. This encourages mineralogists to look out for a wider range of carrier minerals of rare elements than it was before, thus expanding the list of rare elements. It is reasonable to group carrier minerals of rare elements not by geochemical, but by chemical properties of the elements, since similar properties are crucial for their use in the same industries. The mineral database of Ukraine includes about 900 mineral species, and in six hundred of them rare elements are species- and speciation-forming. It is suggested to divide them into the following groups: minerals of alkaline (Li, Rb, Cs), alkaline earth (Be, Sr, Ra), transition (Sc, Zr, Hf, V, Nb, Ta, Mo, W, Re, Cd, and Hg), amphoteric (Ga, In, Sn, Tl, Bi), noble (Pt, Ru, Rh, Pd, Os, Ir, Au, Ag), rare earth (Y, La, Ce and other lanthanides) and radioactive (Th, U) metals, semi-metals (B, Ge, As, Sb, Te), non-metals and halides (Se, Br, I). The database should be supplemented with minerals of such low-clarke transition elements as Cu, Co, Cr, Ni, Zn, and Pb, which are predicted to be the elements of the future. Mineral resources of Ukraine contain significant potential for expanding the database of rare element minerals and increasing the reserves of critical raw materials.
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乌克兰稀有元素矿物数据库
结果表明,“稀有元素”的概念是有一定条件的。稀有元素的列表,以及它们的选择标准,随着时间的推移而不断变化。地球化学和矿物学标准逐渐与技术经济标准紧密联系起来。在地壳中分布不明显、矿物形成薄弱、缺乏大型矿藏等标准,还包括开采技术上的困难、技术上的最小利用、无利可图的开采或供应公司垄断储量造成的人为短缺。以稀有化学元素为基础的关键矿物原料的清单每年都在增加,几乎所有克拉克含量低于100ppm的元素都供不应求。这鼓励矿物学家寻找比以前更广泛的稀有元素载体矿物,从而扩大了稀有元素的清单。对稀有元素的载体矿物进行分组是合理的,不是根据地球化学,而是根据元素的化学性质,因为相似的性质对它们在同一工业中的应用至关重要。乌克兰的矿物数据库包括大约900种矿物,其中600种稀有元素是形成物种和形成物种的。建议将其分为以下几组:碱性矿物质(Rb, Cs),碱土(Sr, Ra),过渡(Sc, Zr,高频,V, Nb,助教,密苏里州,W,再保险,Cd,和Hg),两性(Ga、在锡、Tl、Bi),高贵(葡文,俄文,Rh, Pd,操作系统,红外光谱、非盟、Ag)、稀土(Y,洛杉矶,Ce和其他镧系元素)和放射性(Th, U)金属、半金属(B,通用电气,某人,Te),非金属和卤化物(Se, Br,我)。数据库应该补充矿物质low-clarke过渡元素如铜、Co、铬、镍、锌、铅,它们被预测为未来的元素。乌克兰的矿产资源在扩大稀有元素矿物数据库和增加关键原材料储量方面具有巨大潜力。
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来源期刊
CiteScore
0.70
自引率
0.00%
发文量
18
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