This work was financially supported by the National Natural Science Foundation of China(Nos.41372096,41672070);Field work has been supported by colleagues from University of Science and Technology,Beijing,China Non-Ferrous Metals Resources Geological Survey and the relevant geological departments in Xinjiang;Teacher Mu Liu from Analytical Testing Research in Center Beijing Research Institute of Uranium Geology(BRIUG)provided assistance for H-O-S isotope testing;Professor Guang Fan and Teacher Xiangkun Ge provided guidance and assistance for the electron probe experiment;Synchrotron radiation X-ray fluorescence analysis was supported and helped by Professor Aiguo Li,Lili Zhang and Shuai Yan,Shanghai Institute of Applied Physics,Chinese Academy of Sciences.
The metallogenic environment of the Irtysh gold belt in Xinjiang is studied in detail.The metallogenic geological background,metallogenic conditions and ore-controlling factors of the gold deposits in eastern,central ...
funded by the National Natural Science Foundation of China(NSFC)(grant numbers 41472066,40972063 and 41672038);the Program of the Deep Exploration in China(SinoProb-03-05);the National KeyR&S Program of China(2016 YFC0600209);the Land and Resources Science and Techonolgy Foundation of Anhui Province(2016-K-03 and No.2014-K-03)
The Tongling ore district is one of the most economically important ore areas in the Middle–Lower Yangtze River Metallogenic Belt, eastern China. It contains hundreds of polymetallic copper–gold deposits and occurre...
This study is supported jointly by the National Natural Science Foundation of China(No.40172036);"the Key Project of Science and Technology Research"(No.01037);the“Trans-century Training Program for Outstanding Talents”Fund sponsored by the Ministry of Education;the National Important Basic Research and Development Planning Program(No.1999043206).
An analysis of trace elements and isotopic geochemistry suggest that the ore-forming materials of gold deposits in the Jiaodong granite-greenstone belt have multiple sources, especially the mantle source. Seismic wave...
It is very important to define the type and composition of metallogenic fluid in terms of the hydrogen and oxygen isotope data in the study of ore\|forming mechanism. In the long past, the method to discriminate metal...
The Qinling Carlin-type gold deposit belt is the second largest Carlin-type gold ore concentrated area in the world and occurs in Mesozoic intracontinental collisional orogen, contrasting to the Carlin-type gold depos...
The modern laterite gold deposits in southern China, which belong to reworked laterite deposits, can be further divided into three subclasses and seven types. Their geological features, ore-forming conditions and regu...
The middle south parts of Tancheng Lujiang deep fault zone and its vicinity are an important locality of Cu Au deposits related to Mesozoic volcanic subvolcanic magmatism in eastern China. According to their metal...
Wulonggou deposit is a large tectonoalteration gold deposit which is discovered in 1980s in East Kunlun area of Qinghai Province. The ore bodies occur in the rock series of metamorphic basement of Lower Proterozoic an...
Project supported by Doctorate Foundation of the State Education Commission of China.
Metallogenic models of gold deposits of quartz vein type and altered rock type will be dis-cussed in this note. They are considered to be closely related to granite spatially andgenetically.