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  • US Patent for Method and apparatus for magnetic separation Separation of Transition Metal Ions in an Inhomogeneous

    An apparatus for the separation of oppositely charged ions comprises a body including an inlet fluidly coupled to a first outlet and a second outlet A flow director including a discharge is disposed in the body between the inlet and the first and second outlets The flow director is configured toThe magnetic separation was investigated for Fe 3 Co 2 Ni 2 Cu 2 Zn 2 Ag and Cd 2 ions in an inhomogeneous field of 410 kOe 2 cm 1 By application of the field to the solutions spotted on silica gel the Fe 3 Co 2 Ni 2 and Cu 2 ions were attracted toward the field center but the Zn 2 Ag and Cd 2 ions stayed at the

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  • Enhancing magnetic separation of nanoparticles by counter Nippon Magnetics Inc LOCAT ION MAGNETIC SEPARATORS

    1 Enhancing magnetic separation of nanoparticles by counter ion adsorption towards extraction of micro pollutants from water J Campos 1 L Checa Fernandez1 2 Ch Hurel1 C Lomenech As the size of the magnetic metal becomes smaller it becomes more difficult to attract magnetic metal to the magnet It is possible to increase the recovery rate of weak magnetic metals by narrowing the magnetic

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  • Magnetic nanoparticles with an imprinted polymer coating Mass spectrometry Britannica

    Figure Magnetic separation of uranyl ions from aqueous solution using a new uranyl imprinted material prepared by surface modification of silica coated magnetic nanoparticlesThe separation of ions according to their mass is accomplished with static magnetic fields time varying electric fields or methods that clock the speeds of ions having the

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  • Magnetic Separation Ions belgian pressbeMagnetic Separation Of Ions theaxisin

    Magnetic Separation Ions Fast separation of cadmium and lead ions from 11th IEEE International Conference on Nanotechnology Home Prev Portland Marriott August 15 18 Portland Oregon USA Fast Separation of Cadmium and Lead Ions from Contaminated Water using Conjugates of Magnetic Nanoparticle DTPA Huijin Zhang Andrew K Magnetic separation is the process where magnetically susceptible material is extracted from a mixture using a magnetic force Magnetic separations are utilized in many areas of research particularly in the biotech and pharma industries for the purification isolation and separation

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  • Magnetic separation of paramagnetic ions from initially Magnetic separation of heavy metal ions and evaluation

    Request a Copy The file s for this record are currently under an embargo If you complete the attached form we can attempt to contact the author and ask if they are willing to let us send you a copy for your personal research use onlyMagnetic separation of heavy metal ions and evaluation based on surface enhanced Raman spectroscopy copper II ions as a case study

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  • High intensity magnetic separator Wikipediamagnetic separation of ions kroonvastgoedbe

    Ion separation is another application of magnetic separation The separation is driven by the magnetic field that induces a separating force The force differentiate then between heavy and lighter ions causing the separation This phenomenon has been demonstrated on test bench and pilot scalemagnetic separation of ions villa danteeu magnetic separation of ions greatermscfcorg magnetic separation of ions Rapid extraction of low concentration heavy metal ions by magnetic A novel method for the extraction of low concentration heavy metal

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  • Magnetic Separation an overview ScienceDirect TopicsThe Effect of Magnetic Field on The Solubility of NaCl and

    Magnetic Separation Magnetic separation is one purification technique that has been adapted from ore mining industries to anti scale treatment of pipe lines to seeding magnetic flocculentmagnetic funnel with a magnetic field power of 450 gauss was used to prepare the magnetic water by passing the later 1 5 and 10 times with flow rate of mL/sec before dissolving the sodium chloride and calcium chloride dihydrate salts There was a proportional relationship between the solubility of sodium chloride and calcium chloride dihydrate and the number of water exposure to the

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  • Magnetic separation of Dy III ions from homogeneous Magnetic Separation Of Ions apedaorgin

    The possibility to enrich paramagnetic dysprosium III ions in a magnetic field gradient is proved by means of interferometry which may open the route for a magnetic separation of rare earth ions from aqueous solutions The separation dynamics are studied for three different concentrations of DyCl3 and compared with those found recently in a Separation of Copper Nickel Tin and Lead By Ion Exchange T Separation of Copper Nickel Tin and Lead p ZFClL By Ion Exchange from Plating Rinsewater By 5

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  • Removal of heavy metal ions by carrier magnetic separation Magnetic Separation of Paramagnetic Ions From Initially

    Read Removal of heavy metal ions by carrier magnetic separation of adsorptive particulates Hydrometallurgy on DeepDyve the largest online rental service for scholarly research with thousands of academic publications available at your fingertipsAbstract The concentration change in an initially homogeneous paramagnetic solution is studied interferometrically upon applying sufficiently strong inhomogeneous magnetic fields For this purpose five different magnetic field configurations are analyzed Clear evidence is provided that an

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  • Magnetic separation of heavy metal ions and evaluation separation of copper ion tcfuwhrorg

    College of Chemistry Chemical Engineering and Materials Science Soochow University Suzhou China Correspondence Professor Jian Lin Yao College of Chemistry Chemical Engineering and Materials Science Soochow University Suzhou China 10 17 32 Transport and separation of cobalt nickel and copper ions with Abstract The transfer and separation of Co II Ni I1 and Cu I1 ions across a flat sheet supported liquid membrane containing Alamine 336 as the mobile

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  • USB1 Method and apparatus for magnetic separation Separation of fragment ions by mass spectrometers

    An apparatus for the separation of oppositely charged ions comprises a body including an inlet fluidly coupled to a first outlet and a second outlet A flow director including a discharge is disposed in the body between the inlet and the first and second outlets The flow director is configured to fluidly couple the inlet and the first and In Single Focusing Mass Spectrometer the separation of ions is effected by the application of a magnetic field perpendicular to the motion of the ions It actually works as a momentum analyzer rather than a mass analyzer Since the magnetic sector separates the ions on basis of their momentum ions with little difference in translational energy are not focused at the same point in Single

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  • Magnetic separation of Dy III ions from homogeneous Isotope separation Wikipedia

    Abstract The possibility to enrich paramagnetic dysprosium III ions in a magnetic field gradient is proved by means of interferometry which may open the route for a magnetic separation of rare earth ions from aqueous solutionsIsotope separation is the process of concentrating specific isotopes of a chemical element by removing other isotop The use of the nuclides produced is various

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  • Magnetic Separations BioMagnetic SolutionsMagnetic separation using chelated magnetic ions patents

    Principles of Magnetic Separation Magnetic separation is the process where magnetically susceptible material is extracted from a mixture using a magnetic forceMagnetic separation using chelated magnetic ions Abstract Disclosed is a new method for magnetic separation from a carrier fluid of biological cells or other organic or inorganic particles having a

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  • MULTIPLY CHARGED PULSED ION SOURCE WITH MAGNETIC Magnetic Separation of Paramagnetic Ions From Initially

    Abstract A multicharged ion source with prolate pulses and magnetic beam separation is descrlbed Beams of N/sup 4 / l4 ma N/sup 3 / 15 ma and N/ sup 2 / 2 ma are accelerated to 400 kev and focused on a 15 mm spotFor this purpose five different magnetic field configurations are analyzed Clear evidence is provided that an enrichment of paramagnetic ions occurs in the field gradient In particular we show that the shape of this enrichment layer maps the spatial distribution of the magnetic field gradient force

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