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cryogenic superconducting iron separator

High Temperature Superconductors in Future Accelerator

2005 6 20&ensp·&enspSuperconducting Division Ramesh Gupta, BNL, High Temperature Superconductors in Future Accelerators, NSCL, 5/28/03 Slide No. 2 Overview of the Presentation

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Development and Production of Superconducting and

2010 10 23&ensp·&enspDEVELOPMENT AND PRODUCTIO N OF SUPERCONDUCTING AND CRYOGENIC EQUIPMENT AND SYSTEMS FOR ACCELERATORS BY IHEP A. Ageyev, I. Bogdanov, S. Kozub, E. Kashtanov, K. Myznikov, A. Orlov, P. Slabodchikov, the pilot batch of UNK superconducting dipoles and four In the iron yoke 1.3 Stored energy, kJ 260 Inductance, mH 11.7

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Theic separation of mineral slurries by a

Theic separation of mineral slurries by a cryogenic system J.A. Good and E. Cohen In setting out to develop aic separator employing superconductings we have attempted to design a separator with a fundamentally superior performance to

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Development of a Superconducting

2012 3 1&ensp·&enspA Superconducting Iron Separator SEIS is a device which applies low temperature superconducting technology to iron separators .The SEIS is mainly used to removeic substances interfusing in coal in the course of exploitation and transportation in large mining projects, coal handling port and thermal power plants, and so on.

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Cryogenic Tests of the g 2 Superconducting Solenoid

Since the outer solenoid is to be buried within the C shaped iron yoke, a cryogenic test of the outer solenoid coil package was performed before the outer solenoid cryostat was buried.

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US4668383A ic separator Google Patents

Aic separator for separating relativelyic particles from relatively nonicprises a superconducting providing a uniformic field and a current carrying conductor dispersed in the field such that relativelyic particles are captured by the conductor. The current conductor is in the form of a matrix having either randomly, radially, spirally or

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Paul A. Beharrell BSc MSc PhD Quantum Design

2017 5 6&ensp·&enspA large capacity superconductingic separator on final test in 1997 The state of the art in superconductingic separation technology is

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CRYOGENIC MAGNET TEST FACILITY FOR FAIR HEP

2015 3 16&ensp·&enspground with a circumstance of 1100m followed by the Super FRS Super Fragment Separator and a number of different experimental and collector rings in the south. In FAIR the SIS100, SIS300 and Super FRS are planned with superconductings.

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How to Choose and Useic Separators

2013 7 26&ensp·&enspHow To CHoose and Use MagneTiC separaTors Page IntroductIon 1 1. MaterIals styles 2 2. applIcatIon consIderatIons 4 Cobalt and Iron. Although seldom used today, as there are more economical sources, Alnico may still be cryogenic superconductings capable of producing the worlds strongest

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Thermal Design and Experiment of Superconducting Iron Remover,Journal of Superconductivity and Novel Tests of 3 T Superconducting

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Magnetic Separation Systems ics, inc.

The superconducting is designed for a fast charge and discharge rate so time between back flushes is minimized. Bore sizes typically are between 5cm and 12.5cm. Systems are designed and built such that if the matrix is removed from theic field while the superconducting is energized, the system will be able to withstand the

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HuateShandong Huate Technology Co.,Ltd

The First Nonvolatile 5.5T Cryogenic Superconductingic Sep Series RCSC Superconducting Iron Separator Low temperature superconducting

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CERN/AT 2005 17 ECR RESULTS OF THE CRYOGENIC

2009 4 20&ensp·&enspRESULTS OF THE CRYOGENIC TESTS OF THE SUPERCONDUCTING MAGNETS FORMING THE BARREL TOROID OF THE ATLAS EXPERIMENT K. Barth1, N. Delruelle1, A. Dudarev1, S. Junker1, R. Pengo1, O. Pirotte1, and C. Berriaud2 1 Accelerator Technology department CERN, Geneva, Switzerland 2 CEA SACLAY, France ABSTRACT

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Cryogenic Separator, Cryogenic Separator Suppliers

cryogenic superconducting iron separator offers 1,166 cryogenic separator products. About 17 of these are separation equipment, 1 are mineral separator. A wide variety of cryogenic separator options are

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Cryogenic Solenoid, Cryogenic Solenoid Suppliers

cryogenic superconducting iron separator offers 116 cryogenic solenoid products. About 36 of these are valves. A wide variety of cryogenic solenoid options are available to you, such as low

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CN202666990U Open gradient superconducting

The utility model discloses an open gradient superconductingic separation deviceprises a low temperature superconducting, a material conveying wheel, and a

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The design of the drum separator with

IEEE TRANSACTIONS ON MAGNETICS, VOL. 32, NO. 4, JULY 1996 2695 The Design of the Drum Separator with Superconductings V.D. Sidorenko, I.A. Gerasimenko, E.A

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USE OF SUPERCONDUCTING MAGNETS IN MAGNETIC

2018 10 27&ensp·&enspUSE OF SUPERCONDUCTING MAGNETS IN MAGNETIC SEPARATION M. Parker To cite this version: M. Parker. USE OF SUPERCONDUCTING MAGNETS IN MAGNETIC SEPARATION. indication of this is provided in Fig. 1 where the recovery of iron oxide contamina Fig. 4 Schematic of cryogenic RC system by the use of reciprocating canister R.C. after

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A 124 warm bore superconducting ironclad high

A 124 warm bore superconducting high gradientic separator has been designed, fabricated, installed, tested, and placed in operation in March 1989. It is used to process clap. The maximum operating field of 2 T is generated in 60 s with equal time for decap.

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series rcsc cryogenic superconducting iron separator

The First Nonvolatile 5.5T Cryogenic Superconductingic Sep. The First Nonvolatile 5.5T Cryogenic Superconductingic Separator in The World . ,theic separator uses the Nb Ti superconducting material to be the coil . .

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Production of Superconductings and Cryogenic

2012 10 28&ensp·&enspPRODUCTION OF SUPERCONDUCTING MAGNETS AND CRYOGENIC SYSTEMS AT IHEP* S. Kozub, A. Ageyev, A. Bakay, I. Bogdanov, E. Kashtanov, A. Orlov,

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Magnetic separation of kaolin clay using free helium

2012 12 3&ensp·&enspMagnetic separation of kaolin clay using free helium superconducting To have an industrial potential, a superconducting separator must meet the following requirements , : all cryogenic constraints on its operation helium supplies, maintenance calling for specially trained

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superconducting high gradientic separation

Theic matrix is a crucial device used inic separator to generate highic field gradient and provide surface sites for capturingic. Get Price Research and Development of Superconducting High Gradient .

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Cryogenic tests of the g 2 superconducting solenoid

2018 10 8&ensp·&enspThis report describes a cryogenic test of the two 15.1 meter diameter superconducting solenoids using two phase helium from a dewar. The report describes the cool down procedure for the 3.5 ton outer solenoid system using liquid nitrogen and two phase helium.

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Development of a Superconducting Iron

2017 8 28&ensp·&enspA Superconducting Iron Separator SEIS is a device which applies low temperature superconduct ing technology to iron separators .

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2012 9 4&ensp·&enspsintering 2 3 4 5 b 6 7 8 Bonded NdFeB Bonded samarium iron nitrogen Sintering neodymium iron boron silicon used for cryogenic superconducting

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STARTING UP AND ADJUSTMENT WORKS ON

2009 3 28&ensp·&enspVACUUM SYSTEM OF THE SUPERCONDUCTING RADIO FREQUENCY SEPARATOR A. Ageyev, A. Bakay, L.Kalashnikov, A.Kaltchuk, S. Kozub, separator superconducting cavities. COOLING CAVITIES DOWN TO STARTING UP AND ADJUSTMENT WORKS ON CRYOGENIC AND VACUUM SYSTEM OF THE SUPERCONDUCTING RADIO FREQUENCY SEPARATOR

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Advances in Cryogenic Engineering A Collection of Invited

2017 5 1&ensp·&enspAdvances in Cryogenic Engineering A Collection of Invited Papers and Contributed Papers Presented at National Technical Meetings During 1970 and 1971.PDF

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development of highic field superconducting

2015 12 1&ensp·&ensp: Development of highic field superconductingtechnology and applications in ChinaQiuliang Wanga, * , Yingming Dai a , Baozhi Zhao a

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Quantum Design, Inc. Products Superconducting

2018 10 15&ensp·&enspSuperconducting High Gradientic Separation SHGMS System: This type of device is called a low gradientic separator and is effective when applied to larger, more stronglyic particles such as the concentration of iron ores. This type of machine is a high gradientic separator and theic field is often

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Use of the low LTS and high HTS termperature

2011 11 20&ensp·&enspThe advantages of superconductingic separation systems are as follows: reduced power requirements, reduced weight and volume, due to elimination of the soft iron core andpactness of windings relative to those of conventional systems.

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31 advances in cryogenic engineering

2018 2 15&ensp·&ensp31 advances in cryogenic engineering volume 31.pdf 1312 : ,

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8. Status and features of BigRIPS separator project

2006 1 16&ensp·&enspStatus and features of BigRIPS separator project Abstract: The superconducting in flight radioactive isotope RI beam separator BigRIPS is Superconducting quadrupoles and cryogenic system All the iron dominated superconducting quadrupoles have an identical cross section.

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How to Choose and Useic Separators

2013 7 26&ensp·&enspHow To CHoose and Use MagneTiC separaTors Page IntroductIon 1 1. MaterIals styles 2 2. applIcatIon consIderatIons 4 Cobalt and Iron. Although seldom used today, as there are more economical sources, Alnico may still be cryogenic superconductings capable of producing the worlds strongest

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FRIB Fragment Separator Fermilab

2016 10 11&ensp·&enspFragment Separator Expert Meeting 2016 30 August 2016, Grand Rapids 6 superconducting warm iron quadrupole singlets radiation tolerant s in hot cell radiation tolerant Superconductings warm iron not at cryogenic temperature and

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US5379600A Superconducting and method

A superconducting which is capable of improving the refrigerating and the assembling characteristics andposing in small size. A helium vessel 2 contains a cylindrical superconducting coil for cryogenically refrigerating it by liquid helium. A second and a first heat shields 5 and 6 and a vacuum vessel 4 are coaxially provided so as to surround the helium vessel 2.

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CN202666990U Open gradient superconducting

The utility model discloses an open gradient superconductingic separation deviceprises a low temperature superconducting, a material conveying wheel, and a

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development of highic field superconducting

2015 12 1&ensp·&ensp: Development of highic field superconductingtechnology and applications in ChinaQiuliang Wanga, * , Yingming Dai a , Baozhi Zhao a

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Multipoles with High Field Uniformity over Full

2017 2 13&ensp·&ensp1 Multipoles with High Field Uniformity over Full Length for Super Separator Spectrometer S. Manikonda, R. Meinke, J. Nolen, V. Prince and G. Stelzer AbstractFirst few nested superconducting multipoles to be used in the Super Separator Spectrometer S3 device which is under construction at the GANIL laboratory in France have

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Recent progress of applied in china__

2010 10 13&ensp·&enspRecent progress of applied in china_/__ 00 Recent progress of applied in china_/_

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