巴基斯坦巴布扎伊地区碳酸盐岩的岩相学和集合体分析

Muhammad Yaseen, Muhammad Hamza Khan, Dương Văn Hào, Muhammad Naveed Anjum, Muhammad Jalal, Aqib Javid, Muhmmad Bilal Mehmood
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摘要

本研究旨在评估巴基斯坦开伯尔-普赫图赫瓦省巴布扎伊地区卡沙拉地层碳酸盐岩的集料特性和潜力。为评估骨料的适用性,进行了物理和化学测试。实验室测试显示,洛杉矶磨蚀值为 17%,剥落度和伸长指数分别为 13% 和 19.7%,粘土块和易碎值为 0.12%。剥离和涂层值大于 95%,比重值(2.7-2.9)。骨料声级值为 1.28。这些参数值是通过 ASTM(美国材料与试验协会)和 BS(英国标准)进行评估的,ASTM 和 BS 标准规定,阿尔普莱组的卡沙拉地层(KF)可以作为尺寸石材的潜在来源,即用于商业目的、道路和混凝土集料开采的块状或板状天然岩石材料。对所选样本进行的岩相研究发现,其中 70% 至 75% 为方解石,20% 至 25% 为白云石,5% 至 8% 为石英,1% 至 2% 为矿石。少量的石英颗粒和矿石矿物表明,样品由白云质大理岩组成,其中石英、白云石和粘土等有害成分含量有限,这表明碳酸盐的 ACR(碱碳酸盐反应)和 ASR(碱硅反应)威胁不大。研究表明,巴布扎伊地区的碳酸盐符合标准规格限制,可用作当地建筑业的原料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PETROGRAPHY AND AGGREGATE ANALYSIS OF THE CARBONATES FROM THE BABUZAI AREA, PAKISTAN
This study is conducted to evaluate aggregate characteristics and potential of carbonates rocks of the Kashala Formation, Babuzai area Khyber Pakhtunkhwa Pakistan. Physical and chemical tests were performed to assess aggregate suitability. Laboratory tests reveal Los Angeles Abrasion values of 17%, Flakiness and Elongation Index of 13% and 19.7% respectively, and Clay lumps and friable value of 0.12%. Stripping and Coating value greater than 95%, Specific gravity value (2.7-2.9). The aggregate soundness value was logged at 1.28. These parameter values were evaluated through the ASTM (American Society for Testing and Materials) and BS (British Standards) which specify that the Kashala Formation (KF) of the Alpurai group can be the potential source for dimension stone i.e., natural rock material in form of blocks or slabs quarried for commercial purposes, road, and concrete aggregates. The petrographic studies of the selected samples have majorly 70 to 75% of Calcite with an insignificant amount of 20 to 25% dolomite, 5 to 8% quartz along with ores of 1 to 2%. The small number of quartz grains and ore minerals indicate that sample formation is composed of dolomitic marble having a limited amount of deleterious content such as quartz, dolomite, and clays, which suggests that the carbonates have an insignificant threat of ACR (Alkali carbonate reaction) and ASR (Alkali silica reaction). The study indicates that the carbonates of the Babuzai area fall within the standard specification limits and can be used as a source for the indigenous construction industry.
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