Topics Eucas

Technical submission categories are listed below.

Materials

• 1) Films and multilayers; synthesis and characterization
  • 1.a) HTC superconductors
  • 1.b) LTC superconductors and MgB2
  • 1.c) Iron-based superconductors
  • 1.d) Others
• 2) Bulk materials including single crystals; synthesis and characterization
  • 2.a) HTC superconductors
  • 2.b) LTC superconductors and MgB2
  • 2.c) Iron-based superconductors
  • 2.d) Other materials including novel materials
• 3) Material properties
  • 3.a) AC losses including microwaves
  • 3.b) Thermal and mechanical properties
  • 3.c) Transport and magnetic properties
  • 3.d) Pinning and flux dynamics
  • 3.e) Further properties and innovative characterization techniques

Wires, Tapes and Conductors

• 1) Wires and Tapes
  • 1.a) Coated conductors (including substrates and buffer layers)
  • 1.b) MgB2
  • 1.c) LTS
  • 1.d) BSCCO, pnictides and others
• 2) Conductors
  • 2.a) LTS conductors
  • 2.b) HTS conductors
  • 2.c) Cable design
• 3) Characterizations and modeling
  • 3.a) Critical current and Flux pinning
  • 3.b) AC losses
  • 3.c) Mechanical, thermal and electrical properties
  • 3.d) Stability and quench characteristics
  • 3.e) Radiation damage
  • 3.f) Modeling of wires, tapes and cables

Large scale

• 1) Magnets for Industrial, Medical and Laboratory Applications
  • 1.a) MRI and medical application
  • 1.b) Magnetic Levitation and Bearings
  • 1.c) High field and innovative magnets
  • 1.d) Magnetic separation and others
• 2) Electrical Engineering applications
  • 2.a) Fault Current Limiters
  • 2.b) Transformers
  • 2.c) SMES
  • 2.d) Motors and Generators
  • 2.e) Energy applications (GRID - Systems)
  • 2.f) Current Leads and others
  • 2.g) Transmission lines
• 3) Accelerators, detectors and Fusion
  • 3.a) Accelerator and detector magnets
  • 3.b) Fusion
  • 3.c) RF Cavities and other applications
• 4) Modeling
  • 4.a) Ac losses
  • 4.b) Quench analyses
  • 4.c) Magnet stability
  • 4.d) Cooling systems and devices
  • 4.e) Other modeling
• 5) Advanced materials for large scale applications

Electronics

• 1) Superconducting electronic circuits
  • 1.a) digital circuits and systems
  • 1.b) junction and circuit fabrication
  • 1.c) quantum information circuits
  • 1.d) packaging and system integration
• 2) Superconducting devices and detectors
  • 2.a) microwave and THz devices and components
  • 2.b) novel devices: modeling and applications
  • 2.c) thermal/equilibrium detectors
  • 2.d) non-thermal/non-equilibrium detectors
  • 2.e) instrumentation and readout of superconducting circuits
  • 2.f) fundamental properties and modeling
• 3) SQUIDs and their applications
  • 3.a) SQUID design and fabrication
  • 3.b) SQUID applications (biomedical)
  • 3.c) SQUID applications (other)

The abstract submission opens on 14 January 2013.