Abstract A mathematical model has been formulated to predict breakthrough characteristics in high-gradient magnetic separation devic A theoretical analysis based on sorption theory of fixed beds was performed for a dilute one-component system of paramagnetic particl Theoretical breakthrough...

Experimental and Mathematical Modeling Studies of the Separation of Zinc Blende and Wurtzite Phases of CdS Nanorods by Density Gradient Ultracentrifugation...

EPA-600/2-77-230 November 1977 Environmental Protection Technology Series APPLICATION OF HIGH-GRADIENT MAGNETIC SEPARATION TO FINE PARTICLE CONTROL Industrial Environmental Research Laboratory Office of Research and Development US Environmental Protection Agency Research Triangle Park North...

In the present work we studied the separation efficiency of magnetic catalytic particles from FTS wax using high gradient magnetic separation HGMS and the three-dimensional mathematical models were established to describe the magnetic field and magnetic force distribution with multi-wires for HGMS...

N Karapinar Magnetic separation of ferrihydrite from wastewater by magnetic seeding and high-gradient magnetic separation International Journal of Mineral Processing Vol71 No1-4 2003 J Svoboda T Fujita Recent developments in magnetic methods of material separation...

Dynamic modeling of deep-bed filtration Authors R I Mackie Department of Civil Engineering Dundee University Dundee DD1 4HN Scotland A realistic description of the process of high-gradient magnetic separation Minerals Engineering 2001 14 A mathematical model of aluminum depth filtration with ceramic foam filters Part II...

Density gradient centrifugation can be used both as a separation technique and as a method of measuring the densities of particles or molecules in a mixture A tube after being centrifuged by this method has particles in order of density based on height...

Magnetic Separation High-gradient magnetic separation HGMS is an existing commercial technology In this paper a practical mathematical model for HGMS is de- veloped for quantitatively predicting the grade and recovery of the separated product and the capacity concentration breakthrough of the separator...

In this paper we present a continuous normalized gradient flow CNGF and prove its energy diminishing property which provides a mathematical justification of the imaginary time method used in the physics literature to compute the ground state solution of Bose--Einstein condensates BEC We also investigate the energy diminishing property for...

MAGNETIC SEPARATION FOR NUCLEAR MATERIAL SURVEILLANCE Laura A Worl1 David Devlin Dallas Hill This enables the prediction of high gradient magnetic sepa- The mathematical model is based on a geometry comprised of a highly porous bed...

A Mathematical Model for the Movement of Magnetic Nanoparticles in the Field of Small Magnets Described by Poiseuille Flow Abstract M Babincova Theoretical Design of High-gradient Magnetic Systems for Drug and Gene Targeting to Lung Acta Physica Unvercitastis Comenniane vol L-LI number 1 2 2009-2010 111-118...

High Gradient Labelling-free Isolation of Cardiomyocytes from Heterogeneous Populations Ming-Yi Anne Hsieh develops a mathematical model to describe the novel labeling-free Schematics of the axial configuration of high gradient magnetic separation of paramagnetic...

In this model a magnetic H-field is produced by magnetic poles and magnetism is due to small pairs of north/south magnetic pol where the gradient a magnetic field has two important mathematical properties that relates it to its sourc...

2 ABSTRACT OBSERVATION AND MODELING OF PARAMAGNETIC PARTICLE ENTRAPMENT IN A MAGNETIC FIELD by David Andrew Himmelblau Submitted to the Department of Chemical Engineering...

Moreover the proposed mathematical model for the artefact components shows to predict the variability of the artefact waveform over the time caused by the variation of the gradient magnetic fields within the fMRI scanner Allen et al 2000 Mulert and information of high-frequency activity contained in the difference between...

2 Mathematical Model 25 lack of high pressure drop encountered by the stream in comparison to the Gradient Magnetic Separation A separation process is one in which a mixture of substances is trans-formed into two or more distinct products The separated products could...

Physical and Numerical Simulation of Material Processing VI A Study on Magnetic Separation Washability Mathematical Model of Pulverized Coal...

The magnetized steel rod generated a high magnetic field gradient which could separate the magnetic cells from a background fluid without a need of repeated washing Firstly a mathematical model was developed in order to understand and predict the performance of this separation device...

Magnetic attraction forces on ferromagnetic particles Maurer Magnetic AG p smaller than 05mm must be calculated therefore by a mathematical model and field gradient in order to calculate the magnetic attraction force on particles with a diameter smaller than 500 181 m...

The model included non-magnetic substance accumulated curve ash characteristic curve and magnetic susceptibility curve mathematical model The theoretical separation indicators and the non-magnetic product yield among the adjacent sub-selections susceptibility can be found and determined from these...

A mathematical model for blood ﬂow in magnetic ﬁeld E E Tzirtzilakisa velopment of magnetic devices for cell separation targeted on the existence of the magnetic gradient whereas the term J B appearing in 2 represents the Lorentz force per unit...

Typical methods such as membrane filtration electrophoresis and magnetic fields also have many restraints and limited separation effects which hinder the practical applications of nanodevices...

MAI HEMATICAL AND EXPERIMENTAL MODELLING OF HIGH-GRADIENT MAGNETIC SEPARATION ON ROD MATRICES KAREL JAHODA AND VLADIMIR HENCL the mathematical model yielded some interesting data...

Magnetic targeting drug delivery is a method of carrying drug-loaded magnetic nanoparticles to a tissue target in the human body under the applied magnetic field This method increases the drug concentration in the target and...

Moreover an IA-MDT system which uses a magnetizable stent as an implant and high gradient magnetic separation HGMS in a physiologically stretched vessel was studied with a 2D mathematical model In this Stent Assisted Magnetic Drug Targeting SA-MDT system a ferromagnetic stent was implanted to aid collection of...

Magnetic separation using a switchable system of Permanent magnets have been used in magnetic filtration particularly in drum separators thus obviating the need for solenoids and electrical power In the area of high gradient magnetic separation which uses a matrix magnetized by an external field the use of permanent magnets has been limited because...

The single wire high gradient magnetic separation HGMS technique was used to investigate the buildup process of solid particles found in several different types of shale oils The effects of slurry temperature magnetic field flow velocity and solvent concentration on solid removal were...

To develop a mathematical model of high Intensity magnetic separation for the prediction of separation per formance 2 INTRODUCTION High Intensity high gradient magnetic separation HGMS Is an established technique in the purification of clay minerals for the paper Industry Wet high Intensity magnetic...

Part III Experimental applications of a practical model for high-gradient magnetic separation to pilot-scale coal beneficiation Next article in issue Studies in magnetochemical engineering View issue TOC...

We have set up a team with hundreds of technical engineers to resolve a series of problems during project consultation, on-site surveys, sample analysis, program design, installation, commissioning and maintenance guidance.

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