Title : ( The cheshmeh Noghreh abandoned mine: Type of Epithermal Au-Cu Mineralization in the Northwest of kashmar, Iran )
Authors: Zahra Alaminia , Mohammad Hassan Karimpour , Mohmmad Reza Heidarian Shahri ,Access to full-text not allowed by authors
Abstract
Abstract Study area is located 20 km northwest of Kashmar and about 4 km of Kalateh Taimour in Khorasan Razavi province. The study area is part of tertiary volcanic plutonic belt north of Daruneh fault and its situation in tectonic Inliers between two important active faults, Daruneh and Taknar. Volcanic rocks are mainly intermediate to acid pyroclastic type. They formed during early tertiary time. Quartz monzonite, Quartz diorite and microdiorite are intruded some time in midtertiary time. Mineralization is mainly control by fault system. Several mineralization faults are being discovered. Open-space filling feature are abundant. In study area disseminate and stock work mineralization is abundant. Amount of sulphide minerals is very small. Ancient mining is present in the district. In this belt, a new method of image processing is use for enhancing the alteration zones. Propylitic, Sericitic and Argilitic are the main alteration type. Minor Silicified is found in some areas. Cheshmeh Noghreh is an (Epithermal Au-Cu Low Sulphidatian) type deposit. The ore bearing fluid was Low Sulphide.
Keywords
, Remote sensing; Epithermal Au, Cu; Kashmar@inproceedings{paperid:1016515,
author = {Alaminia, Zahra and Karimpour, Mohammad Hassan and Heidarian Shahri, Mohmmad Reza},
title = {The cheshmeh Noghreh abandoned mine: Type of Epithermal Au-Cu Mineralization in the Northwest of kashmar, Iran},
booktitle = {1st International Applied Geological Congress, Department of Geology},
year = {2010},
location = {مشهد, IRAN},
keywords = {Remote sensing; Epithermal Au-Cu; Kashmar},
}
%0 Conference Proceedings
%T The cheshmeh Noghreh abandoned mine: Type of Epithermal Au-Cu Mineralization in the Northwest of kashmar, Iran
%A Alaminia, Zahra
%A Karimpour, Mohammad Hassan
%A Heidarian Shahri, Mohmmad Reza
%J 1st International Applied Geological Congress, Department of Geology
%D 2010