Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows

The article considers the method for controlling the ferromagnetic component content in slurry flow by ultrasonic and magnetic measurements. One of the basic factors determining the efficiency of magnetic separators at iron ore concentration plants is the quality of distribution of the ground ore in...

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Autores principales:	Morkun Vladimir, Morkun Natalia, Tron Vitaliy, Porkuian Olga, Serdiuk Oleksandra, Sulyma Tetiana
Formato:	article
Lenguaje:	EN
Publicado:	Sciendo 2021
Materias:	ferromagnetic component ultrasound slurry ore lamb waves Mechanics of engineering. Applied mechanics TA349-359
Acceso en línea:	https://doaj.org/article/4caffe3afd634bb8870896e50ee7ce3a
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spelling	oai:doaj.org-article:4caffe3afd634bb8870896e50ee7ce3a2021-12-05T14:11:05ZApplication of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows2300-531910.2478/ama-2021-0025https://doaj.org/article/4caffe3afd634bb8870896e50ee7ce3a2021-12-01T00:00:00Zhttps://doi.org/10.2478/ama-2021-0025https://doaj.org/toc/2300-5319The article considers the method for controlling the ferromagnetic component content in slurry flow by ultrasonic and magnetic measurements. One of the basic factors determining the efficiency of magnetic separators at iron ore concentration plants is the quality of distribution of the ground ore into the product containing the ferromagnetic component and the waste rock. Due to the fact that in most cases, magnetic separators extract minerals with strongly magnetic properties, it is essential to find the magnetic component content in the input ore and products of its distribution in order to improve control over the technological process. Currently, low accuracy and reliability make existing means of operative control over the ferromagnetic component content in the slurry flow inefficient. Density of slurry is one of the primary disturbing factors affecting the accuracy of measurements, and this fact determines the necessity of measuring this parameter while controlling the ferromagnetic component content. Combined methods of measurements are a promising trend in designing sensors of useful component content in the slurry flow. The article describes the method for controlling the ferromagnetic component content in slurry flow by ultrasonic and magnetic measurements.Morkun VladimirMorkun NataliaTron VitaliyPorkuian OlgaSerdiuk OleksandraSulyma TetianaSciendoarticleferromagnetic componentultrasoundslurryorelamb wavesMechanics of engineering. Applied mechanicsTA349-359ENActa Mechanica et Automatica , Vol 15, Iss 4, Pp 193-200 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	ferromagnetic component ultrasound slurry ore lamb waves Mechanics of engineering. Applied mechanics TA349-359
spellingShingle	ferromagnetic component ultrasound slurry ore lamb waves Mechanics of engineering. Applied mechanics TA349-359 Morkun Vladimir Morkun Natalia Tron Vitaliy Porkuian Olga Serdiuk Oleksandra Sulyma Tetiana Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows
description	The article considers the method for controlling the ferromagnetic component content in slurry flow by ultrasonic and magnetic measurements. One of the basic factors determining the efficiency of magnetic separators at iron ore concentration plants is the quality of distribution of the ground ore into the product containing the ferromagnetic component and the waste rock. Due to the fact that in most cases, magnetic separators extract minerals with strongly magnetic properties, it is essential to find the magnetic component content in the input ore and products of its distribution in order to improve control over the technological process. Currently, low accuracy and reliability make existing means of operative control over the ferromagnetic component content in the slurry flow inefficient. Density of slurry is one of the primary disturbing factors affecting the accuracy of measurements, and this fact determines the necessity of measuring this parameter while controlling the ferromagnetic component content. Combined methods of measurements are a promising trend in designing sensors of useful component content in the slurry flow. The article describes the method for controlling the ferromagnetic component content in slurry flow by ultrasonic and magnetic measurements.
format	article
author	Morkun Vladimir Morkun Natalia Tron Vitaliy Porkuian Olga Serdiuk Oleksandra Sulyma Tetiana
author_facet	Morkun Vladimir Morkun Natalia Tron Vitaliy Porkuian Olga Serdiuk Oleksandra Sulyma Tetiana
author_sort	Morkun Vladimir
title	Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows
title_short	Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows
title_full	Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows
title_fullStr	Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows
title_full_unstemmed	Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows
title_sort	application of magnetic and ultrasonic methods for determining parameters of ferromagnetic components in iron ore slurry flows
publisher	Sciendo
publishDate	2021
url	https://doaj.org/article/4caffe3afd634bb8870896e50ee7ce3a
work_keys_str_mv	AT morkunvladimir applicationofmagneticandultrasonicmethodsfordeterminingparametersofferromagneticcomponentsinironoreslurryflows AT morkunnatalia applicationofmagneticandultrasonicmethodsfordeterminingparametersofferromagneticcomponentsinironoreslurryflows AT tronvitaliy applicationofmagneticandultrasonicmethodsfordeterminingparametersofferromagneticcomponentsinironoreslurryflows AT porkuianolga applicationofmagneticandultrasonicmethodsfordeterminingparametersofferromagneticcomponentsinironoreslurryflows AT serdiukoleksandra applicationofmagneticandultrasonicmethodsfordeterminingparametersofferromagneticcomponentsinironoreslurryflows AT sulymatetiana applicationofmagneticandultrasonicmethodsfordeterminingparametersofferromagneticcomponentsinironoreslurryflows
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Application of Magnetic and Ultrasonic Methods for Determining Parameters of Ferromagnetic Components in Iron Ore Slurry Flows

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