Heteroorganic compounds and endogenous ore formation

Slobodskoy, R. M.

doi:10.1080/00206818209467110

Cited by 2 publications

(1 citation statement)

References 9 publications

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“…The problem of estimation of the migration properties of NMs and, hence, their considerable loss during analytical and technological processes was repeatedly considered elsewhere (Arbuzov and Ershov, 2007;Arbuzov et al, 2006;Dai et al, 2003Dai et al, , 2004Dai et al, , 2005Ketris, Yudovich, 2009;Kotlyar et al, 2005;Mitkin, 2006;Mitkin et al, 2009Mitkin et al, , 2010Seredin, 2004Seredin, , 2007Seredin and Povarennykh, 1995;Slobodskoi, 1978;Varshal et al, 1994Varshal et al, , 1996Zhang et al, 2002). In the 1990s, Varshal et al (1994) showed that during analysis of carbonaceous rocks, the NM loss through sorption and formation of volatiles can reach one or two orders of magnitude.…”

Section: The Migration Properties Of Noble Metals: Conditions Of Tranmentioning

confidence: 98%

The regularities of formation of noble- and rare-metal mineralization in Cenozoic coaliferous deposits in the southern Far East

Сорокин

Rozhdestvina

Kuz’minykh

et al. 2013

Russian Geology and Geophysics

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We performed system studies of age parageneses and lateral conjugation of peat and gold accumulation areas as well as the regularities of formation of noble-and rare-metal mineralization in Cenozoic coaliferous deposits in the south of the Russian Far East. The migration properties of noble metals (NMs) and their behavior in different media are considered. Based on literature data and results of experimental studies, we performed analysis and selection of the most optimal methods for the quantitative determination of NMs and trace and rare-earth elements. The experiments have confirmed the NB fugacity and have shown for the first time the scales of transportation of NMs as ultrafine particles during coal combustion. The obtained results significantly expand the notions of the migration properties of NMs and serve as the key to the solution of the problem of NM extraction in analytical and technological processes. Also, areas promising for noble-and rare-metal mineralization have been revealed in coal basins.

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