This paper presents a review of the geology and geochemistry of post-collisional PCDs in
Tibet, including their spatial–temporal distribution, features of the ore-forming porphyries …

We derive a novel method for determining the oxidation state of a magma as zircon
crystallized, with a standard error of±0· 6 log unit ƒO2, using ratios of Ce, U, and Ti in zircon …

High apatite Cl and S contents have previously been proposed to be effective in
discriminating fertile porphyry Cu systems from infertile ones. However, apatite Cl contents …

Magmatic sources of porphyry deposits in postcollisional settings remain controversial. We
have used new and published petrological and geochemical data for the Eocene–Oligocene …

Oxygen fugacity (f O2) is a critical factor that controls the formation mechanisms of the
porphyry Cu deposits. However, the differentiation of the f O2 in post-collisional Au …

In order to understand the effect of fluid-induced alteration on the Sm-Nd isotope systematic
in apatite, a series of fluid/apatite reaction experiments, which involve reacting the well …

Magmatic fluid degassing within shallow magma chambers underneath the ore bodies is
critical to the formation of porphyry Cu-Au deposits (PCDs). Yet, it remains unclear how the …

The recent discovery of large Cenozoic porphyry copper deposits in the Tibetan Plateau has
revealed atypical features. Their formation all postdate the India-Asia collision at 55±10 Ma …

精确限定多期次岩浆-热液活动的时间尺度一直是剖析斑岩矿床形成过程的热点和难点.
借助矿物的高精度同位素定年, 热力学数值模拟以及石英的钛扩散模型等方法, 斑岩矿床中岩浆 …

Most known copper (Cu) skarns are associated with oxidized intrusions. In this contribution,
we report a Cu skarn associated with a reduced monzodioritic intrusion at Huanren …