The Shaquanzi deposit is an important Fe-Cu deposit in the Yamansu Fe mineralization belt,
Eastern Tianshan. Three types of magnetite were distinguished based on the textural and …

Laser ablation–inductively coupled plasma–mass spectrometry (LA–ICP–MS) was used to
determine the trace element concentrations of magnetite from the Heifengshan …

The Duotoushan deposit is an important Fe–Cu deposit in the Aqishan–Yamansu
metallogenic belt of eastern Tianshan, NW China. Magnetite occurs in two main habits …

The relationship between the timing of volcanism and hydrothermal alteration and the
geochemistry of magnetite are studied to better understand the metallogeny of the …

Abstract The Aqishan-Yamansu belt in Eastern Tianshan (NW China) hosts several
important Fe and Fe-Cu deposits, the origin of which is the subject of considerable debate …

Abstract The Naojiao Fe deposit (Lingxiang district of Daye orefield) in Eastern China is
closely associated with the Early Cretaceous Lingxiang diorite intrusion. However, the …

Abstract The Longqiao Fe deposit is the only large stratabound Fe skarn in Eastern China.
This extensive ore body is suitable for investigating the spatial variations in trace elements in …

The aim of this thesis was to investigate the magnetite-skarn-magmatism association, of
which two study objects (Yamansu and Cihai magnetite deposits) were selected from …

Abstract The Heijianshan Fe–Cu (− Au) deposit is located in the Aqishan–Yamansu belt in
Eastern Tianshan, NW China. As a typical Fe–Cu deposit in the region, Heijianshan is …

The Nixintage iron deposit is located in the central segment of the Awulale metallogenic belt,
Chinese Western Tianshan. Iron ores are mainly hosted by andesitic tuff and andesite of the …