کانی سازی و اکتشافات ژئوشیمیایی در کمربند ولکانیکی- پلوتونیکی هلاک آباد (جنوب سبزوار) با نگرشی بر اکتشاف مس پورفیری

محدثه پناهی شهری, محمدحسن کریم پور, فاطمه شبانی
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Abstract

The investigated area is located 30 Km south of Sabzevar in Halakabad village. Geological phenomenons in area follow a trend of NW-SE. Mineralization consists of metallic and non-metallic (kaolin) mineralization. Disseminated and veinlet mineralization is generally associated with argillic alteration type. Pyrite is the most widespread type of sulfide mineralization in Halakabad occurrences. It usually displays a euhedral habit and have occurred at least in two generations. Calcopyrite is common in veinlets although in minor amounts. Secondary sulfuric acid weathering of the ore has generated huge surficial amounts of oxide and sulfate minerals which of hematite and jarosite are the most abundant. Geochemical exploration was conducted over both drainage geochemistry and rock geochemistry. Results show that some of the stream sediments have higher concentrations of Copper and Zinc than normal. This anomalies maches with monzonite outcrops in area. The chip rock geochemical data shows highest values in west of halakabad mine for Cu and Zn respectively 500 and 900 ppm. These data represents that all samples collected from surficial areas of east of area contain lower concentrations of Copper while sulfide mineralization is more than the other parts. Presence of favorable alteration system in region, presence of monzonite subvolcanic intrusions and regional geological criteria indicates a possible Cu-Au porphyry system in Halakabad area.
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波兰火山半岛的地球化学发现摧毁了阿巴德,凝视着网状卟啉的发现。
调查地区位于哈拉卡巴德村Sabzevar以南30公里处。区内地质现象呈北西-东南走向。矿化分为金属矿化和非金属矿化(高岭土)。浸染状和脉状矿化一般与泥质蚀变类型有关。黄铁矿是哈拉卡巴德矿床中分布最广的硫化物矿化类型。它通常表现出自面体的习性,并且至少在两代中发生。钙铜矿在静脉中很常见,但数量很少。矿石的二次硫酸风化作用在地表生成了大量的氧化物和硫酸盐矿物,其中以赤铁矿和黄钾铁矾最为丰富。对水系地球化学和岩石地球化学进行了化探。结果表明,部分水系沉积物中铜、锌含量高于正常水平。该异常与该地区二长岩露头相吻合。切屑岩地球化学数据显示,铜和锌在哈拉卡巴德矿西部最高,分别为500和900 ppm。这些数据表明,在该区东部表层采集的样品中,铜的浓度较低,而硫化物矿化程度高于其他部分。区内有利蚀变体系的存在、二长岩次火山侵入体的存在以及区域地质标志表明哈拉卡巴德地区可能存在铜金斑岩体系。
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来源期刊
Journal of Economic Geology
Journal of Economic Geology Earth and Planetary Sciences-Economic Geology
CiteScore
0.60
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0.00%
发文量
5
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