Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time

Abstrak. Pasir alam merupakan bahan alam yang berada ditepi pantai, sungai, maupun perbukitan. Pasir alam merupakan batuan sedimentasi yang mengandung berbagai unsur partikel magnetik dan partikel non-magnetik. Penelitian pasir alam sungai dilakukan dengan metode ball milling guna menghaluskan ukura...

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Autores principales:	Salomo Sinuraya, Erwin Amiruddin, Linda Wahyuni, Nita Jesika
Formato:	article
Lenguaje:	EN ID
Publicado:	Aceh Physics Society; Syiah Kuala University 2021
Materias:	pasir alam sungai rokan ball milling suseptibilitas magnetik scanning electron microscope (sem) x-ray fluorescence (xrf) Physics QC1-999
Acceso en línea:	https://doaj.org/article/807a7c1b3c8e449e8d5f81e1c2cc8fc0
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spelling	oai:doaj.org-article:807a7c1b3c8e449e8d5f81e1c2cc8fc02021-11-10T13:44:17ZAnalysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time2355-822910.24815/jacps.v10i3.18658https://doaj.org/article/807a7c1b3c8e449e8d5f81e1c2cc8fc02021-08-01T00:00:00Zhttp://jurnal.unsyiah.ac.id/JAcPS/article/view/18658https://doaj.org/toc/2355-8229Abstrak. Pasir alam merupakan bahan alam yang berada ditepi pantai, sungai, maupun perbukitan. Pasir alam merupakan batuan sedimentasi yang mengandung berbagai unsur partikel magnetik dan partikel non-magnetik. Penelitian pasir alam sungai dilakukan dengan metode ball milling guna menghaluskan ukuran partikel. Sifat magnetik yang diuji dalam penelitian ini adalah nilai suseptibilitas magnetik, variasi ukuran dan komposisi partikel ditentukan terhadap sampel pasir alam sungai Rokan dan konsentrat hasil ball milling 60 jam dan 100 jam. Nilai suseptibilitas magnetik yang didapatkan berkisar (968,245-19471,568) ´10-5. Hasil pengujian Scanning Electron Microscope menunjukkan bahwa ukuran partikel yang disintesis oleh ball milling selama 60 jam dan 100 jam diperoleh masing-masing sebesar 107 nm dan 96 nm. Hasil identifikasi X-Ray Fluorescence menunjukkan bahwa komposisi Fe meningkat dari 1,669 menjadi 35,187%, sedangkan komposisi Si mengalami penurunan dari 84,391 menjadi 41,079% setelah di ball milling selama 100 jam. Abstract. Natural sand is a natural material that is on the edge of a beach, river or hills. Natural sand is a sedimentation rock containing various elements of magnetic particles and non-magnetic particles. Research of natural sand of the river is carried out by ball milling method to smooth particle size. The magnetic properties tested in the study were the magnetic susceptibility, size and composition of natural samples of Rokan river sand and concentrate 2 milled for 60 h and 100 h using ball milling were determined natural Magnetic susceptibility values are in the range of (968.245-19471.568)´10-5. Scanning Electron Microscope result showed that the size of magnetic particle synthesized by ball milling for 60 h and 100 h are 107 nm and 96 nm, respectively. X-Ray Fluorescence identification results showed that the composition of Fe increased from 1.669 to 35.187%, while the composition of Si decreased from 84.391 to 41.079% after being ball milling for 100 h. Keywords: Natural sand of Rokan river, ball milling, magnetic susceptibility, SEM, XRFSalomo SinurayaErwin AmiruddinLinda WahyuniNita JesikaAceh Physics Society; Syiah Kuala Universityarticlepasir alam sungai rokanball millingsuseptibilitas magnetikscanning electron microscope (sem)x-ray fluorescence (xrf)PhysicsQC1-999ENIDJournal of Aceh Physics Society, Vol 10, Iss 3, Pp 80-83 (2021)
institution	DOAJ
collection	DOAJ
language	EN ID
topic	pasir alam sungai rokan ball milling suseptibilitas magnetik scanning electron microscope (sem) x-ray fluorescence (xrf) Physics QC1-999
spellingShingle	pasir alam sungai rokan ball milling suseptibilitas magnetik scanning electron microscope (sem) x-ray fluorescence (xrf) Physics QC1-999 Salomo Sinuraya Erwin Amiruddin Linda Wahyuni Nita Jesika Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time
description	Abstrak. Pasir alam merupakan bahan alam yang berada ditepi pantai, sungai, maupun perbukitan. Pasir alam merupakan batuan sedimentasi yang mengandung berbagai unsur partikel magnetik dan partikel non-magnetik. Penelitian pasir alam sungai dilakukan dengan metode ball milling guna menghaluskan ukuran partikel. Sifat magnetik yang diuji dalam penelitian ini adalah nilai suseptibilitas magnetik, variasi ukuran dan komposisi partikel ditentukan terhadap sampel pasir alam sungai Rokan dan konsentrat hasil ball milling 60 jam dan 100 jam. Nilai suseptibilitas magnetik yang didapatkan berkisar (968,245-19471,568) ´10-5. Hasil pengujian Scanning Electron Microscope menunjukkan bahwa ukuran partikel yang disintesis oleh ball milling selama 60 jam dan 100 jam diperoleh masing-masing sebesar 107 nm dan 96 nm. Hasil identifikasi X-Ray Fluorescence menunjukkan bahwa komposisi Fe meningkat dari 1,669 menjadi 35,187%, sedangkan komposisi Si mengalami penurunan dari 84,391 menjadi 41,079% setelah di ball milling selama 100 jam. Abstract. Natural sand is a natural material that is on the edge of a beach, river or hills. Natural sand is a sedimentation rock containing various elements of magnetic particles and non-magnetic particles. Research of natural sand of the river is carried out by ball milling method to smooth particle size. The magnetic properties tested in the study were the magnetic susceptibility, size and composition of natural samples of Rokan river sand and concentrate 2 milled for 60 h and 100 h using ball milling were determined natural Magnetic susceptibility values are in the range of (968.245-19471.568)´10-5. Scanning Electron Microscope result showed that the size of magnetic particle synthesized by ball milling for 60 h and 100 h are 107 nm and 96 nm, respectively. X-Ray Fluorescence identification results showed that the composition of Fe increased from 1.669 to 35.187%, while the composition of Si decreased from 84.391 to 41.079% after being ball milling for 100 h. Keywords: Natural sand of Rokan river, ball milling, magnetic susceptibility, SEM, XRF
format	article
author	Salomo Sinuraya Erwin Amiruddin Linda Wahyuni Nita Jesika
author_facet	Salomo Sinuraya Erwin Amiruddin Linda Wahyuni Nita Jesika
author_sort	Salomo Sinuraya
title	Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time
title_short	Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time
title_full	Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time
title_fullStr	Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time
title_full_unstemmed	Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time
title_sort	analysis of the size and composition of natural sand particles in the rokan river riau province as a function of ball milling time
publisher	Aceh Physics Society; Syiah Kuala University
publishDate	2021
url	https://doaj.org/article/807a7c1b3c8e449e8d5f81e1c2cc8fc0
work_keys_str_mv	AT salomosinuraya analysisofthesizeandcompositionofnaturalsandparticlesintherokanriverriauprovinceasafunctionofballmillingtime AT erwinamiruddin analysisofthesizeandcompositionofnaturalsandparticlesintherokanriverriauprovinceasafunctionofballmillingtime AT lindawahyuni analysisofthesizeandcompositionofnaturalsandparticlesintherokanriverriauprovinceasafunctionofballmillingtime AT nitajesika analysisofthesizeandcompositionofnaturalsandparticlesintherokanriverriauprovinceasafunctionofballmillingtime
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Analysis of the size and composition of natural sand particles in the Rokan River Riau Province as a function of ball milling time

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