Materials Submission Categories


M1 Films and Multilayers
M1.1 HTS Thin Films: Synthesis, Structure
M1.2 HTS Multilayers and Materials Integration Issues
M1.3 Substrate and Buffer-Layer Issues
M1.4 LTS Thin Films and Multilayers
M1.5 MgB2 Thin Films and Multilayers
M1.6 Large Area Films
M1.7 Films and Coatings for SRF Cavities
M1.8 Pnictide Films
M1.9 Thin Film Structural Characterization
 
M2 Other Materials Applications
M2.1 SRF Cavities: Forming and Welding
M2.2 SRF Cavities: Processing and Performance
M2.3 Melt Textured Conductors
M2.4 HTS Bulk for Bearings and Permanent Magnets
 
M3 Synthesis, Doping, and Property Optimization
M3.1 General Materials Science of Applied Superconductors
M3.2 HTS Bulk and Crystals
M3.3 MgB2 Bulk and Crystals
M3.4 LTS Bulk and Crystals
M3.5 SRF: Niobium Materials Science
M3.6 Pnictides: Crystals and Other Basic Forms
M3.7 Pnictides: Synthesis of Applied Forms
M3.8 Pnictides: Properties of Interest to Applications
 
M4 Property Characterizations
M4.1 AC Losses: HTS
M4.2 AC Losses: LTS and MgB2
M4.3 AC Losses: General, Modeling, and Other Materials
M4.4 Microwave Losses
M4.5 HTS: Stability, Calorimetry, and Other Thermal Properties
M4.6 LTS: Stability, Calorimetry, and Other Thermal Properties
M4.7 Transport Measurement Techniques
M4.8 Magnetic Measurement Techniques
M4.9 Critical Current, Flux Pinning and Flux Dynamics: HTS
M4.10 Critical Current, Flux Pinning and Flux Dynamics: LTS and MgB2
M4.11 Flux Pinning and Flux Dynamics: General, Modeling, and Other Materials
M4.12 Mechanical Properties: HTS
M4.13 Mechanical Properties: LTS and MgB2
M4.14 Mechanical Properties: General, Modeling, and Other Materials
M4.15 Microwave Properties and Characterization
M4.16 SRF: Temperature Mapping, Optical Inspection, and Other QA
M4.17 Other Measurement Techniques