俾路支省zhb和Qila Saifullah地区裸露岩石单元的地质、地球化学和岩石学研究

Hafiz Muhammad Zulfiqar Ali, Muhammad lrfan Zubair, Hassan Ali, G. Akbar, A. A. Awan
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摘要

本文的研究工作提供了俾路支省周和齐拉赛富拉地区出露沉积岩单元和火成岩侵入体的地层、地质构造、地球化学和岩石学特征。该区的沉积作用主要来源于帕辛盆地和苏莱曼盆地。苏莱曼盆地岩性地层剖面为侏罗纪时代的Spingwar组和Loralai组(Allozai群),白垩纪时代的Goru组、Parh灰岩和Pab砂岩,而帕辛盆地则由始新世的Nisai组和0 -中新世的Multana组组成。该区构造特征为复杂的双陡倾背斜和向斜,背斜在不同地方被逆断层截断。地球化学分析(x射线衍射和x射线荧光)表明,火成岩侵入体主要由粘土、云母、斜长石和棘状矿物组成,Al203丰度(11-14%)、sio2(27- 34%)、Ca0(6-17%)和Fe203(19-32%),沉积岩则富含石英、方解石和钠长石,Al203丰度(0-17%)、sio2(1.35-78%)、Ca0(0.92-55%)和Fe203(0.07-13%)。碳酸盐岩的岩石学研究表明,泥岩-瓦克岩、碳酸盐组构具有肺泡岩、千粒、Globotrancana、藻类、茎柱岩和有孔虫的骨架颗粒,而砂岩样品富含亚圆形至圆形的石英颗粒、长石和云母。火成岩侵入岩相分析显示白云母、辉石针、绿泥石和不透明矿物。经济上适用于水泥厂、玻璃工业和建筑石材。
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Geology, Geochemistry and Petrographic Studies of Exposed Rock Units from Zhob and Qila Saifullah Districts of Balochistan
Present research exertion provides the information about the stratigraphy, geological structure, geochemistry and petrographic characteristics of the exposed sedimentary rock units and igneous intrusions around Zhob and Qila Saifullah districts of Balochistan. Sedimentary deposition in this area is attribute to both Pashin basin and Suleiman basin. The litho-stratigraphic sections of Suleiman basin are Spingwar formation and Loralai formation (Allozai Group) of Jurassic age and Goru formation, Parh limestone and Pab sandstone of Cretaceous age, whereas Pashin basin comprises of Nisai formation of Eocene age and Multana formation of 0ligocene - Miocene age. The structural features of the area are comprising of complex, doubly plunging, anticlines and synclines which have been truncated by reverse faults at different places.Geochemical analysis (X-Ray diffraction and X-Ray fluorescence) displays that Igneous Intrusions are comprising of Clay, Mica, Plagioclase and Spinal mineral with abundance of Al203 (11-14% wt.), Si02 (27-34 % wt.), Ca0 (6-17% wt.) and Fe203 (19-32% wt.), whereas sedimentary rocks are rich in Quartz, Calcite and Albite with abundance of Al203 (0-17% wt.), Si02 (1.35-78% wt.), Ca0 (0.92-55% wt.) and Fe203  (0.07-13% wt.). The petrographic studies of the carbonates indicate mudstone to wackstone, carbonate fabric with skeletal grains of Alveolina, Miliolids, Globotrancana, Algae, Stylolites and foraminifera, whereas the sandstone samples are rich in sub rounded to rounded quartz grain, feldspar and mica. Petrographic analysis of igneous intrusion shows muscovite, pyroxene needles, chlorite and opaque minerals. Economically the research area is appropriate for cement factory, glass industry and building stones.  
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