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Magnetic Separation Continued

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CONTINUOUS-FLOW IN-DROPLET MAGNETIC PARTICLE

2011-8-25  Our continued research direction is to demonstrate multiple in-droplet binding-separation steps for high-throughput bioassays (e.g., single binding-separation for streptavidin-biotin binding assay, double binding-separation for mouse IgG sandwich immunoassay). By varying their surface functionality of the magnetic beads, the proposed method

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Continuous-Flow Magnetic Separation with

Magnetic separation technology was applied to remove dispersants and crude oil from water with magnetite and maghemite.

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MagneSphere Magnetic Separation Products

2016-9-7  3. General Protocol for mRNA Purifi cation from Total RNA (continued) Table 1. Selection of MagneSphere® Magnetic Separation Stand. Sample Size Capture Volume Range Tube Size Stand (2-position) Stand (12-position) 5–10mg tissue 180–360µl 0.5ml Z5331 Z5341 5–35mg tissue 180µl–1.26ml 1.5ml Z5332 Z5342

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Magnetic separation of general solid particles

2016-12-8  Magnetic separation has been conventionally used to collect materials that are either ferromagnetic, ferrimagnetic or strongly paramagnetic. The dynamic motion of

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Phys. Rev. B 104, 024425 (2021) Emerging

2021-7-19  We present a study of the magnetocaloric effect in metallic systems exhibiting first-order magnetic transitions and focus on consequences of magnetic phase separation. We account for ferrimagnetic, ferromagnetic, and Neel antiferromagnetic order. Based on the archetypal Hubbard model being treated within the mean-field approximation, we provide and explore its implications on the field

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Research on magnetic separation for complex nickel

2017-2-23  The key advantage of solid-liquid separation using magnetic separation is to guarantee the success of magnetic force compared to other forces. This is because the magnetic flocs are acted upon by magnetic force, gravity, buoyancy, and hydraulic resistance.

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Magnetic separation of phosphate contaminants

2019-12-10  The interaction of the added magnetic seeds with the ultrafine suspended solids in the wastewater to form magnetic flocs contributes to rapid sedimentation and separation by a magnetic separator (Tang et al., 2017; Han et al., 2016). The combination of chemical precipitation and magnetic flocculation technology may overcome the shortcomings of chemical precipitation in the field of

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Magnetic separation in microfluidic systems

Results are presented for ’active’ magnetic bead separators, where on-chip microfabri-cated electromagnets supply the magnetic field and field gradients necessary for magnetic bead separation. It is shown conceptually how such a system can be applied for parallel biochemical processing in a microfluidic system.

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Nonmagnetic particle separation using ferrofluids

2021-5-25  separation is presented and investigated. This new method utilizes magnetic separation in combination with ferrofluids. The separation is accomplished without magnetic labeling and with the application of a time uniform magnetic field which can be contrasted with the complicated field dynamics required by other methods.

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MagiCoil

Magnetic particle spectroscopy (MPS), alternatively called magnetization response spectroscopy, is a novel measurement method that closely relates to MPI. A MPS system can be interpreted as a zero-dimensional MPI scanner. MPS-based bioassays have seen a spectacular rise over the past few years for good reasons.

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Phys. Rev. Fluids 6, L021901 (2021) Magnetic

2021-2-11  Magnetic separation of rare-earth ions: Transport processes and pattern formation Zhe Lei, Barbara Fritzsche, and Kerstin Eckert Phys. Rev. Fluids 6, L021901 Published 11 February 2021

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Magnetic separation of general solid particles

2016-12-8  Magnetic separation has been conventionally used to collect materials that are either ferromagnetic, ferrimagnetic or strongly paramagnetic. The dynamic motion of weak magnetic

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Magnetic separation in microfluidic systems

This gives extra magnetic bead manipulation possibilities compared to the passive designs. It is demonstrated how this can be used for magnetic bead mi-croarrays. Finally, it is discussed, based on the research presented in this thesis, how to further develop magnetic separation systems in microfluidic systems, and recommendations are

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Laboratory Separators S.G. Frantz

2021-7-29  In 1980, after continued research and improvements to the Model L-1, the first S.G. Frantz ® Magnetic Barrier Laboratory Separator (Model LB-1) was released for those mineral investigators who needed more sensitive separation.

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Stability criterion for the magnetic separation of

2020-1-17  The stability criterion for the magnetic separation of rare-earth ions is studied, taking dysprosium Dy(iii) ions as an example. Emphasis is placed on quantifying the factors that limit the desired high enrichment. During magnetic separation, a layer enriched in Dy(iii) ions is generated via the surface evaporation of an aqueous solution which is levitated by the Kelvin force.

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Nonmagnetic particle separation using ferrofluids

2021-5-25  separation is presented and investigated. This new method utilizes magnetic separation in combination with ferrofluids. The separation is accomplished without magnetic labeling and with the application of a time uniform magnetic field which can be contrasted with the complicated field dynamics required by other methods.

get price

Research on magnetic separation for complex nickel

2017-2-23  This study investigated the deep removal of complex nickel from simulated wastewater using magnetic separation and magnetic seed recycling. Nano-magnetite (Fe3O4) was used as the magnetic seed. The flocculant applied was N,N-bis-(dithiocarboxy) ethanediamine (EDTC), a highly efficient heavy metal chelating agent included in dithiocarbamate (DTC).

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Magnetic separation apparatus Immunivest

1995-6-7  A magnetic separation apparatus is disclosed herein. The apparatus includes a flow-through vessel defining a plenum and an inlet port for introducing fluid into the plenum. A hydrodynamic damping structure is provided between the inlet port and plenum for reducing turbulence in the fluid. A mounting device is provided with a slot therein for

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Separation of gold and other rare materials from an

2019-3-8  C.U. newly developed the core hypotheses of magnetic separation that is operational in normal gravity, designed the apparatus to examine separation,

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MagiCoil

Technology Innovation Team MagiCoil is devoted to the development of a magnetic particle spectroscopy testing kit for portable, highly-sensitive, in vitro, and easy-to-use immunoassays. Since the first system was established and reported in 2005, magnetic particle imaging (MPI) has emerged as a

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Magnetic Separators Wet High-Intensity Magnetic

After three years with this solution, they found that the system had continued operating with remarkable consistency and reliability: Their maintenance costs had dropped to near zero, saving hundreds of work hours each year. Process-Oriented Magnetic Separation Applications Design. We’re dedicated to a process-oriented approach. This approach

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Phys. Rev. Fluids 6, L021901 (2021) Magnetic

2021-2-11  Magnetic separation of rare-earth ions: Transport processes and pattern formation Zhe Lei, Barbara Fritzsche, and Kerstin Eckert Phys. Rev. Fluids 6, L021901 Published 11 February 2021

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Magnetic Separation (Waste and Recycling) Articles

2021-5-19  Magnetic Separation Articles The 43-year high follows the continued recovery of the UK manufacturing sector following the Covid-19 pandemic. “Activity, with both enquiries and orders, has gathered momentum since the beginning of the year,” explained Adrian Coleman, the General Manager of Bunting-Redditch.

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Kinetics of Aggregation and Magnetic Separation of

In this work, we have studied field-induced aggregation and magnetic separation—realized in a microfluidic channel equipped with a single magnetizable micropillar—of multicore iron oxide nanoparticles (IONPs) also called “nanoflowers” of

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Nonmagnetic particle separation using ferrofluids

2021-5-25  separation is presented and investigated. This new method utilizes magnetic separation in combination with ferrofluids. The separation is accomplished without magnetic labeling and with the application of a time uniform magnetic field which can be contrasted with the complicated field dynamics required by other methods.

get price

Research on magnetic separation for complex nickel

2017-2-23  This study investigated the deep removal of complex nickel from simulated wastewater using magnetic separation and magnetic seed recycling. Nano-magnetite (Fe3O4) was used as the magnetic seed. The flocculant applied was N,N-bis-(dithiocarboxy) ethanediamine (EDTC), a highly efficient heavy metal chelating agent included in dithiocarbamate (DTC).

get price

超電導技術を応用した磁気分離の現状とこれからの社会ニー

magnetic separation methods, magnet devices as magnetic-field generators, magnetic seeding methods, In China and Korea, the research and development of magnetic separation technologies have continued as well. Particularly in China, there is much

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Separation of magnetic microparticles in

2014-5-11  A magnetic microparticle-based bioassay requires the separation of the microparticles from the sample matrix, after the microparticles have specifically captured the target of interest. For the implementation of such an assay in water-in-oil droplet segmented flow microfluidics, the particles must be separated from the aqueous sample droplets during a purification step.

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Development of a multicolor upconversion fluorescence

magnetic separation† Chuanyong Li,a Wanlin Sun,a Lianrun Huang,a Nana Sun,a Xiude Hua,a Minghua Wang a and Fengquan Liu *ab The contents of both pesticide residues and dextran are important parameters for evaluating the quality of sugarcane. In this study, a multicolor upconversion fluorescence immunoassay for the simultaneous

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MagneGST™ Protein Purification System Technical

2016-9-7  • magnetic separation stand (see note below) • NANOpure® or double-distilled water Note: This protocol requires a magnetic separation stand. The MagneSphere® Technology Magnetic Separation Stand (twelve-position) (Cat.# Z5342) can be used to hold one to twelve 1.5ml microcentrifuge tubes. The MagneSphere®

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