Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Geochemical Dataset of the Shizishan Magmatic Fluid System in the Tongling Ore Concentration Area, Anhui Province
View through CrossRef
Tongling ore district is one of the most well-known Cu-Au-Fe producing areas in China, where the mineralization is closely related to magmatism. The Shizishan magmatichydrothermal system is developed extensively in the Tongling ore district and has been well studied. Major whole-rock and trace element data comes from 34 rock samples of ore-related intrusions, microthermometry data of 32 fluid inclusion samples, trace element and REE data of 5 fluid inclusions of quartz samples, C-H-O is otopic data of 28 samples, and sulfur isotope data of 27 samples from representative deposits in the Tongling district. The Shizishan magmatic-hydrothermal system dataset probably reflects the characteristics of magmatic activities, the source and origin of ore-forming fluids and that of ore-forming materials.
Editorial Office of Acta of Geoscientific Data & Discovery
Title: Geochemical Dataset of the Shizishan Magmatic Fluid System in the Tongling Ore Concentration Area, Anhui Province
Description:
Tongling ore district is one of the most well-known Cu-Au-Fe producing areas in China, where the mineralization is closely related to magmatism.
The Shizishan magmatichydrothermal system is developed extensively in the Tongling ore district and has been well studied.
Major whole-rock and trace element data comes from 34 rock samples of ore-related intrusions, microthermometry data of 32 fluid inclusion samples, trace element and REE data of 5 fluid inclusions of quartz samples, C-H-O is otopic data of 28 samples, and sulfur isotope data of 27 samples from representative deposits in the Tongling district.
The Shizishan magmatic-hydrothermal system dataset probably reflects the characteristics of magmatic activities, the source and origin of ore-forming fluids and that of ore-forming materials.
Related Results
Genetic Types, Spatiotemporal Distribution of Ore Deposits and Sources of Ore‐forming Materials in the Xuancheng Area, Anhui Province
Genetic Types, Spatiotemporal Distribution of Ore Deposits and Sources of Ore‐forming Materials in the Xuancheng Area, Anhui Province
AbstractIn recent years, several large and medium‐sized ore deposits have been discovered in the shallow cover of Xuancheng, Anhui Province, indicating that this area has a product...
Chapter 4 Temporal-Spatial Distribution of Metallic Ore Deposits in China and Their Geodynamic Settings
Chapter 4 Temporal-Spatial Distribution of Metallic Ore Deposits in China and Their Geodynamic Settings
Abstract
The temporal-spatial distribution of metallic ore deposits in China, including magmatic Ni-Cu ± platinum group elements (PGE), porphyry, skarn, volcanogenic...
Aspects of the petrology and geochemistry of the Huckleberry Ridge Tuff, Yellowstone
Aspects of the petrology and geochemistry of the Huckleberry Ridge Tuff, Yellowstone
<p>Silicic (i.e. dacitic-rhyolitic) magmatic systems have the potential to generate large, explosive caldera-forming eruptions which have global effects and consequences. How...
Prediction of Mississippi-Valley type ore fluid metal concentrations from solid solution metal concentrations in ore-stage minerals
Prediction of Mississippi-Valley type ore fluid metal concentrations from solid solution metal concentrations in ore-stage minerals
Mississippi-Valley-type (MVT) deposits have some of the greatest enrichments of Pb, Zn, Ba, and F in the Earth's crust. Fundamental to understanding how these elements were transpo...
Multifractal Analysis of Element Distribution in Skarn‐type Deposits in the Shizishan Orefield, Tongling Area, Anhui Province, China
Multifractal Analysis of Element Distribution in Skarn‐type Deposits in the Shizishan Orefield, Tongling Area, Anhui Province, China
AbstractA series of element concentrations sampled from four drill cores with a length about 1000 m into different skarn‐type deposits were selected from the Shizishan orefield, ce...
Petrologic Reconstruction of the Tieshan Magma Plumbing System: Implications for the Genesis of Magmatic-Hydrothermal Ore Deposits within Originally Water-Poor Magmatic Systems
Petrologic Reconstruction of the Tieshan Magma Plumbing System: Implications for the Genesis of Magmatic-Hydrothermal Ore Deposits within Originally Water-Poor Magmatic Systems
Abstract
Most genetic models for magmatic-hydrothermal ore deposits are based on the prerequisite that the parental magmas associated with mineralization are enriche...
Ore Geology, Fluid Inclusions, and (H-O-S-Pb) Isotope Geochemistry of the Sediment-Hosted Antimony Mineralization, Lyhamyar Sb Deposit, Southern Shan Plateau, Eastern Myanmar: Implications for Ore Genesis
Ore Geology, Fluid Inclusions, and (H-O-S-Pb) Isotope Geochemistry of the Sediment-Hosted Antimony Mineralization, Lyhamyar Sb Deposit, Southern Shan Plateau, Eastern Myanmar: Implications for Ore Genesis
The Lyhamyar deposit is a large Sb deposit in the Southern Shan Plateau, Eastern Myanmar. The deposit is located in the Early Silurian Linwe Formation, occurring as syntectonic qua...
Halogens as a proxy for magma degassing at crustal depths
Halogens as a proxy for magma degassing at crustal depths
Arc magmatic systems are thought to attain fluid saturation already at mid to lower crustal depths, and magmatic fluids may play an important role in transporting ore metals and su...