Fitro Darwis, Mufti Amir Sultan, Demi Sidogu
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引用次数: 1

摘要

铁砂是一种自然资源,许多发现在北马鲁古,其中一个在姚村区莫罗泰岛。铁砂开采成果有潜力成为印尼商品,但目前铁砂加工仍未实现最大化。本研究的目的是了解姚村的砂中是否含有铁砂,了解铁砂作为细骨料使用对砂浆混合料抗压强度和抗吸收性能的影响。在本研究中,测试了抗压强度和砂浆的吸收。本研究采用细骨料替代材料为姚村砂。用fas0、40、姚村砂组成代替细骨料,分别占细骨料重量的0%、20%、40%、60%、80%、100%制备试样。提纯后的沙窑村的成分以Fe(占铁矿石总含量的75.84%)为优势,其次为Si、Ti、Ca、Al等微量元素,属于铁砂。抗压强度随铁砂掺量增加0%、20%、40%、60%、80%和100%而降低。抗压强度下降幅度较大,分别为19.20 MPa、19.00 MPa、18.60 MPa、13.00 MPa、13.00 MPa、12.36 MPa。砂浆的吸收量在20%铁砂替代量和40%铁砂替代量时增加,在60%铁砂替代量时减少。
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VARIASI PENGGUNAAN PASIR BESI PADA CAMPURAN MORTAR
Iron sand is a natural resource that many found in North Maluku one of them in Yao Village District Morotai Island. Iron sand mining results have the potential to become an Indonesian commodity but iron sand processing is still not maximized at this time. The purpose of this research is to know whether the sand of Yao Village including iron sand, To know the effect of iron sand usage as fine aggregate on the mortar mixture against compressive strength and against absorption. In this research, the test of compressive strength and mortar absorption. This research uses fine aggregate substitution material is Yao Village sand. Preparation of specimen with Fas 0,40, Yao Village sand composition as substitution of fine aggregate that is 0%, 20%, 40%, 60%, 80% and 100% to the fine aggregate weight. The composition of Sand Yao Village after the most dominant purification was Fe (75.84%) of the total iron ore content, followed by Si, Ti, Ca, Al, and other minor elements, so it was classified as an iron sand. There is a decrease in compressive strength along with the increase of iron sand composition 0%, 20%, 40%, 60%, 80% and 100%. Large decreases in compressive strength of each s 19.20 MPa, 19.00 MPa, 18.60 MPa, 13.00 MPa, 13.00 MPa and 12.36 MPa. absorption of mortar in 20% iron sand substitution and 40% of absorption increased, at 60% composition decreased.
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来源期刊
AIUB Journal of Science and Engineering
AIUB Journal of Science and Engineering Mathematics-Mathematics (miscellaneous)
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1.00
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3
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