mineralization

How Copper, Nickel, and Arsenic Co-occur with Zinc-Lead Ores in the Lisheen Deposit, Ireland: Breakthroughs in Isotope Tracing and Deep Exploration

by
How Copper, Nickel, and Arsenic Co-occur with Zinc-Lead Ores in the Lisheen Deposit, Ireland: Breakthroughs in Isotope Tracing and Deep Exploration

Abstract The Irish mineral field contains both zinc-lead deposits and copper-nickel-arsenic deposits, but the relationship between their formation is controversial. This study focuses on the copper-nickel-arsenic ores of the Lisheen deposit, analyzing their mineral characteristics, formation sequence, and chemical composition. The research found that these copper-nickel-arsenic ores and zinc-lead ores were formed from the same … Read more

How is the Genesis of Stibnite? S-Pb Isotope and Trace Element Tracing of Stibnite

by
How is the Genesis of Stibnite? S-Pb Isotope and Trace Element Tracing of Stibnite

Abstract To clarify the source of metallogenic materials and the mineralization mechanism (focusing on late-stage antimony mineralization) of the Zhashikang polymetallic deposit in southern Tibet, the study employed methods such as laser analysis of trace elements in stibnite, in-situ testing of sulfur-lead isotopes, and principal component statistical analysis. The research found that stibnite exhibits solid … Read more

How is the Genesis of Antimony Ore? Tracing S-Pb Isotopes and Trace Elements in Stibnite

by
How is the Genesis of Antimony Ore? Tracing S-Pb Isotopes and Trace Elements in Stibnite

Abstract To clarify the source of metallogenic materials and the mineralization mechanism (focusing on late-stage antimony mineralization) of the Zhaxikang polymetallic deposit in southern Tibet, the study employed methods such as laser analysis of trace elements in stibnite, in-situ testing of sulfur-lead isotopes, and principal component statistical analysis. The research found that stibnite exhibits elemental … Read more