'Critical current' presentation slideshows

Superconductivity - An overview of science and technology

Superconductivity - An overview of science and technology. Prof Damian P. Hampshire Durham University, UK. Structure of the Talk. I) The fundamental building blocks (G-L) Ginzburg-Landau and (B-C-S) Bardeen-Cooper-Schrieffer theories The Josephson effect

731 views • 50 slides

Superconductivity - An overview of science and technology

Superconductivity - An overview of science and technology. Prof Damian P. Hampshire Durham University, UK. Structure of the Talk. I) The fundamental building blocks (G-L) Ginzburg-Landau and (B-C-S) Bardeen-Cooper-Schrieffer theories The Josephson effect

652 views • 50 slides

Lecture 28: Accelerator Magnets Superconducting magnets

Lecture 28: Accelerator Magnets Superconducting magnets. Peter N. Ostroumov Professor of Physics Michigan State University. Superconducting magnets for accelerators. Basics of superconductivity Type I and Type II SC wires and cables Multifilament wires Magnetization

479 views • 47 slides

Superconducting Strand for High Field Accelerators

Superconducting Strand for High Field Accelerators. Peter J. Lee and D. C. Larbalestier The Applied Superconductivity Center The University of Wisconsin-Madison 1st Workshop on Advanced Accelerator Magnets, Archamps, France, March 17 and 18, 2003. Outline. High Superconductor Options

531 views • 41 slides

The A - Axis Superconductor Technology Leader

The A - Axis Superconductor Technology Leader. Overview. Ambature, Inc. is the technology leader in A-axis superconductive materials, processes and the surrounding intellectual property. Our differentiation and barriers to entry are based on:

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Task 4 HTS material characterization & dipole insert conceptual design

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Future Magnets Report from WP10

Future Magnets Report from WP10 . Philippe Fazilleau (CEA) Lucio Rossi (CERN). WP10 main scopes . Develop a 10 kA-class cable in HTS (High Temperature Superconductor) suitable for accelerator (collider) magnets, Large current to reduce magnet protection issues,

494 views • 25 slides

High T c Superconductors in Magnetic Fields

High T c Superconductors in Magnetic Fields. T. P. Devereaux. Kamerlingh Onnes, 1913 Nobel Prize for Discovery of Superconductivity in Mercury. Theory of Superconductivity by Bardeen, Cooper, and Schrieffer Earns Nobel Prize in 1972. Most successful many-body theory. Quantum Coherent State.

396 views • 25 slides

High-Field Solenoids for a MC Final Cooling System

High-Field Solenoids for a MC Final Cooling System. AAC 2012 Austin, Texas June 11-15, 2012. Muon Collider Parameters. The MC Cooling Scenario. Proposed Final Cooling Lattice. HTS R&D at BNL.

352 views • 24 slides

is aimed at the development of a large-aperture

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VORTEX MATTER IN SUPERCONDUCTORS WITH FERROMAGNETIC DOT ARRAYS Margriet J. Van Bael

VORTEX MATTER IN SUPERCONDUCTORS WITH FERROMAGNETIC DOT ARRAYS Margriet J. Van Bael Martin Lange, Victor V. Moshchalkov Laboratorium voor Vaste-Stoffysica en Magnetisme, K.U.Leuven, Belgium A.N. Grigorenko, Simon J. Bending Department of Physics, University of Bath, United Kingdom. 1.

498 views • 19 slides

COMPUTER SIMULATION OF TUNNELING CHARACTERISTICS OF SUPERCONDUCTING NANOSTRUCTURES.

COMPUTER SIMULATION OF TUNNELING CHARACTERISTICS OF SUPERCONDUCTING NANOSTRUCTURES. Ntombizikhona Ndlovu, Lynndle Maasdorp, Bheki Zulu (BLTP). 2010 SA STUDENT SUMMER PRACTISE. 23 September 2010. INTRODUCTION. Superconductor (SC). Superconduvtivity.

308 views • 17 slides

COMPUTER SIMULATION OF TUNNELING CHARACTERISTICS OF SUPERCONDUCTING NANOSTRUCTURES.

COMPUTER SIMULATION OF TUNNELING CHARACTERISTICS OF SUPERCONDUCTING NANOSTRUCTURES. Ntombizikhona Ndlovu, Lynndle Maasdorp, Bheki Zulu (BLTP). 2010 SA STUDENT SUMMER PRACTISE. 23 September 2010. INTRODUCTION. Superconductor (SC). Superconduvtivity.

242 views • 17 slides

344 views • 15 slides

Critical current density and strain effects of Fe/MgB 2 tapes with different particle sizes

357 views • 14 slides

Magnesium Diboride: Production and Doping

Magnesium Diboride: Production and Doping. Autumn Wyda and Keirsun Crockett. Superconductor Properties. J c Critical Current T c Critical Temperature H c Critical Magnetic Field. Why Magnesium Diboride?. Low anisotropy Cheap and easy to manufacture Applications: NMR, MRI, transmission.

268 views • 13 slides

SWITCH -MODE POWER SUPPLIES AND SYSTEMS

SWITCH -MODE POWER SUPPLIES AND SYSTEMS. Lecture No 5. Silesian University of Technology Faculty of Automatic Control, Electronics and Computer Sciences Ryszard Siurek Ph.D., El. Eng. Continous/discontinuos current (magnetic flux) flow in output inductance of step-down regulator. I L.

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HHH-AMT-Road Map for European Conductor

HHH-AMT-Road Map for European Conductor. Conductor and Magnet have to be developed in close and interactive loop. If a conductor has a current density in the range 1000-2000 A/mm 2 at field X and temperature Y, a magnet at max field X and at temperature Y can be built.

203 views • 7 slides

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Superconductivity and Quantum Criticality in Intermetallics David P. Young, Louisiana State University & Agricultural and Mechanical College, DMR 1005764.

172 views • 2 slides

0654118_Boebinger_d

High field performances in iron-based superconductors Gregory S. Boebinger, Florida State University, DMR 0654118 Applied Superconductivity Center.

90 views • 2 slides