magnetic separator vortex
Vortex magnetic separation (VMS) (Conference) | OSTI.GOV
1994-11-1 · Abstract. The purpose of this paper is to discuss the fundamental aspects of vortex magnetic separation reported before. Those factors such as the applied magnetic field H[sub 0], slurry velocity V[sub 0] and matrix design, which are significant parameters in HGMS play important roles in VMS and lead to, under certain conditions, high selectivity and high output.
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Vortex capture in high gradient magnetic separators at ...
Vortex capture in high gradient magnetic separators at moderate Reynolds number Abstract: The authors report on an experimental investigation of the effect of increasing the slurry velocity in a single-wire cell to achieve a working-wire Reynolds number, Re, in the range 4-30. Attention is focused on this range because the slurry velocities are ...
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The effect of the matrix shape on vortex magnetic ...
1995-4-1 · In high gradient magnetic separation, one can only increase the throughput of the separator by increasing the applied field in order to maintain the recovery of the magnetic material from the slurry. However, in vortex magnetic separation the slurry can pass through the separator at much higher velocity than in hgms without impairing the ...
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MX200 Carboxyl(English) Rev.No.2 - mbl-chinawide.cn
2019-4-3 · Equipment: Magnetic separator. Vortex tube mixer. Tube rotator. 1. Suspend the Magnosphere™ MX200/Carboxyl beads well using Vortex mixer and put 500 L of the suspension (i.e., 10 mg beads) into a microtube. 2. Place the tube on a magnetic separator for 1 minute (or longer if needed) and remove the supernatant carefully. 3.
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Oxygen separation in a vortex tube with applied magnetic ...
2020-3-1 · Inlet vortex tube fluid conditions are held between 89 and 90 K and 305-320 kPa and expanded to 162-286 kPa. Gas chromatography analysis on the calibrated air samples shows the magnetic field gradient on the vortex tube produces up to a 42.09% purity as opposed to 27.95% purity in identical trials without a gradient.
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08/17 0285 • 3/4”
2017-9-28 · The magnetic dirt separator VORTEX protects and keeps all the components of the system at full efficiency, by separating the impurities by means of cyclonic technology: the heat transfer fluid is rotated at high speed within a properly shaped inner chamber, in order to let all the debris flow inside the collection storage of the dirt separator.
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蛋白偶联到磁性MagPlex™微球的方法 - 抗体抗原实验 - 资讯 ...
2011-8-5 · 3.Place the tube into a magnetic separator and allow separation to occur for 30 to 60 seconds. See Technical Note 1. 4.With the tube still positioned in the magnetic separator, remove the supernatant. Take care not to disturb the microspheres. 5.Remove the tube from the magnetic separator and resuspend the microspheres in 100 μL dH2O by vortex ...
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1 μm Mono Mag Carboxylic Acid Beads Conjugation
2021-8-17 · 5. Place tube into the magnetic separator and allow the activated magnetic beads to separate. Remove the supernatant and add 0.4 mL activation buffer. Re-suspend the magnetic beads with vortex or sonication. Note: The magnetic beads should be completely resuspended before adding protein. Vortex or sonicate the magnetic beads if necessary. 6.
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Protocol MJS002V2 Protein G-Magnetic Beads [Protocol
2019-12-24 · Equipment : Magnetic separator. Vortex tube mixer. Microtube shaker 1. Suspend the antibody conjugated Protein G-Magnetic Beads well using Vortex mixer and put the 1mg beads (100 L, if the beads were stored at 10 mg/mL) into a microtube. 2. Place the tube on magnetic separator for 1 minute and remove the supernatant carefully. 3.
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Instructions for Use
2021-3-5 · 4. Add 600μL of Extraction reagent ②, 7μL of Magnetic beads Mix to each tube, close the lid, vortex for 10 seconds, and incubate for 10 minutes at ambient temperature. 5. Spin down briefly and place the tube on the magnetic separator, hold for 3 minutes, then
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Oxygen separation in a vortex tube with applied magnetic ...
2020-3-1 · Inlet vortex tube fluid conditions are held between 89 and 90 K and 305-320 kPa and expanded to 162-286 kPa. Gas chromatography analysis on the calibrated air samples shows the magnetic field gradient on the vortex tube produces up to a 42.09% purity as opposed to 27.95% purity in identical trials without a gradient.
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Vortex Factory, Custom Vortex OEM/ODM Manufacturing
Eddy Current Separator Separate Plastic and Aluminum Mixture Recycling Magnetic Separator Vortex. Eddy Current Separator Separate Plastic and Aluminum Mixture Recycling Magnetic Separator Vortex. Unit Price: US $ 8500-35000 / Piece Min. Order: 1 Piece Add to Inquiry Basket. Russia Non-Ferrous ...
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Microfluidic on-demand particle separation using induced ...
2021-11-1 · Here, we proposed an on-demand microfluidic separator with an adjustable magnetic field to supply required magnetic strength based on the particle size of desired applications. In the proposed device, by using an electrically conductive surface, a vortex is generated in an optimized distance from the inlet of the channel in order to change the ...
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Oxygen Separation in a Vortex Tube with Applied H
2020-3-30 · with and without an applied magnetic field gradient. The selected vortex tube is a counter-flow Vortec 106-2-H with a 4.216-mm internal diameter. Six 1.5-Tesla N52 rare-earth bar magnets with lengthwise poles are attached in a removable fashion with alternating polarity to the vortex tube with a 3D printed fixture. The fixture positions the
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TECHNICAL CATALOGUE MAGNETIC DIRT SEPARATORS
2021-11-27 · MAGNETIC DIRT SEPARATORS 188S Magnetic dirt separator I-MAG XL MULTIFUNCTION MAGNETIC DIRT SEPARATOR • VORTEX ACTION • MAGNETIC ACTION • STRAINER ACTION SIZE PRESSURE CODE PACKING 3/4" 3bar/43,5psi 1880034S 1/7 1" 3bar/43,5psi 1880100S 1/7 TECHNICAL SPECIFICATIONS Polymer body. Stainless steel
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08/17 0285 • 3/4”
2017-9-28 · The magnetic dirt separator VORTEX protects and keeps all the components of the system at full efficiency, by separating the impurities by means of cyclonic technology: the heat transfer fluid is rotated at high speed within a properly shaped inner chamber, in order to let all the debris flow inside the collection storage of the dirt separator.
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MACSiMAG™ Separator
2022-2-1 · 7. Vortex sample, place tube back in the MACSiMAG Separator, and repeat steps 4–5. 8. Collected cells can now be further processed as required. 3.2 Depletion of cells magnetically labeled with MACSiBead Particles 1. Place the tube with cells labeled with MACSiBead Particles in the magnetic field of the MACSiMAG Separator. Use the Tube
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1 μm Mono Mag Carboxylic Acid Beads Conjugation
2021-8-17 · 5. Place tube into the magnetic separator and allow the activated magnetic beads to separate. Remove the supernatant and add 0.4 mL activation buffer. Re-suspend the magnetic beads with vortex or sonication. Note: The magnetic beads should be completely resuspended before adding protein. Vortex or sonicate the magnetic beads if necessary. 6.
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SiDirect Cell-free DNA Isolation Kt
2021-8-17 · 5. Place the tube on a magnetic separator for 2 minutes or until beads are pelleted against the magnet. Then carefully discard the supernatant without disturbing the beads. 6. Repeat Steps 4-5 for a second wash with the Wash Buffer 1. 7. Remove the tube from magnetic separator, add 1 mL of Wash Buffer 2 and vortex for 30 seconds. 8.
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Instructions for Use
2021-3-5 · 4. Add 600μL of Extraction reagent ②, 7μL of Magnetic beads Mix to each tube, close the lid, vortex for 10 seconds, and incubate for 10 minutes at ambient temperature. 5. Spin down briefly and place the tube on the magnetic separator, hold for 3 minutes, then
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Application and Type of Magnetic Separator -Resources ...
2018-12-28 · Fig. 9. Concept of Induced roll magnetic separator. Fig. 10. Batch wet high gradient magnetic separator. Fig. 11. Continuous wet high intensity magnetic separator. Fig. 12. Schematic representation of Vortex Magnetic Separator (VMS). Fig. 13. Metal matrix
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08/17 0285 • 3/4”
2017-9-28 · The magnetic dirt separator VORTEX protects and keeps all the components of the system at full efficiency, by separating the impurities by means of cyclonic technology: the heat transfer fluid is rotated at high speed within a properly shaped inner chamber, in order to let all the debris flow inside the collection storage of the dirt separator.
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MACSiMAG™ Separator
2022-2-1 · 7. Vortex sample, place tube back in the MACSiMAG Separator, and repeat steps 4–5. 8. Collected cells can now be further processed as required. 3.2 Depletion of cells magnetically labeled with MACSiBead Particles 1. Place the tube with cells labeled with MACSiBead Particles in the magnetic field of the MACSiMAG Separator. Use the Tube
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Vortex Separation Process for Oil Spill Recovery Systems
Integration of the vortex separator into a total oil spill recovery system comprising sweeping, skimming, separation, and storage. Definition of the vortex separation process efficiencies with a wider variety of oily pollutants, including petroleum products, vegetable and animal oils, fatty acids, solvents, and greases.
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Anti-SARS-CoV-2 (2019-nCoV) Spike RBD Magnetic
2020-3-27 · Beads and gently vortex to mix. 3. Place the tube into a Magnetic Separator to collect the beads against the wall side of the tube. Remove and discard the supernatant. 4. Add 1 mL of 1×TBST buffer to the tube. Invert the tube several times or gently vortex to mix for 1 min. Collect Immunomagnetic Beads with a Magnetic Separator.
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Human CD19-coupled Magnetic Beads
2021-5-11 · 7. Place the tube/plate on the magnetic separator for 2 min. Remove the supernatant. 8. Remove the tube/plate from the magnetic separator and resuspend the pelleted beads in 200 μL of Assay/Washing Buffer by a vortex. 9. Wash the beads for a total of 4 times by repeating steps 7–8. After the last wash, remove the supernatant. 10.
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Anti-V5 Tag Magnetic Beads Immunoprecipitation (IP) Kit
2018-6-28 · gently vortex to mix. 3. Place the tube into a Magnetic Separator to collect the Immunomagnetic Beads against the side wall of the tube. Remove and discard the supernatant. 4. Add 1 mL of 1×TBST buffer to the tube. Invert the tube several times or gently vortex to mix for 1 min. Collect the Immunomagnetic Beads with a Magnetic Separator.
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纳米材料专题-北京百欧泰生物科技有限公司
2.1 Take 500 μL magnetic beads into a 1.5 mL EP tube. Note: The magnetic beads should be inverted repeatedly before sampling, use a vortex oscillator or a vertical mixer to make the mixture evenly. 2.2 Place the EP tube in the magnetic separation rack, enrich the magnetic beads and remove the supernatant. 2.3 Add 1 mL of 2~8oC pre-cooled Wash ...
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VDF Cyclone Filter | Nikuni America, Inc.
Vortex Dynamic Filter. Highly efficient filtration without the need for replacement media. The Vortex Dynamic Filter is a media free coolant filtration system which achieves filtration through centrifugal force eliminating the need for disposable paper or cartridge filters. Features.
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Photospheric Vortex Flows as a Cause for Two-Ribbon
By using a topological model for the potential magnetic field above the photosphere, the appearance and development of the separator as a result of vortex plasma flows in the locality of the photospheric neutral line is considered. The possible relation of such vortex flows with a flare activity is revealed. The arrangement and shape of the flare ribbons in the chromosphere, the
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