ProgramMaster Logo
Conference Tools for 2025 TMS Annual Meeting & Exhibition
Register as a New User
Submit An Abstract
Propose A Symposium
Presenter/Author Tools
Organizer/Editor Tools
About this Symposium
Meeting 2025 TMS Annual Meeting & Exhibition
Symposium Advances in Magnetism and Magnetic Materials
Sponsorship TMS Functional Materials Division
TMS: Magnetic Materials Committee
Organizer(s) Matthew J. Kramer, Ames Laboratory
Eric Theisen, Energy & Environmental Research Center
Yaroslav Mudryk, Ames National Laboratory/Iowa State University
Daniel Salazar, BCMaterials
Scope This symposium focuses on structure, processing, and performance interrelationships for soft and hard magnetic materials, thin film magnetism, novel magnetic materials as well as functional aspects of magnetic phenomena: calorics, magnetoelastic, multiferroic, and magnetostrictive. The scope includes new material compositions, novel phenomena in magnetic materials, novel and advanced characterization approaches, processing methods and application driven magnetic component design for energy conversion, sensors, and actuators. We also encourage topics that focus on the economic and supply chain impacts related to magnetic materials manufacturing. Separate symposia exist for work related to additively manufactured magnetic materials, so this topic is not within the scope of this symposium.

Topics of particular interest include:
1. Emerging and established manufacturing methods a) bulk manufacturing of advanced magnetic materials, b) thermal-mechanical / thermal-magnetic processing, c) energy dense processing using RF, microwave, high pressure or high magnetic fields.
2. Magnetic materials for energy, sustainability, recycling, impacting climate change and environmental impact.
3. Manufacturing methods for advanced amorphous and electrical steels.
4. Phase transformations with large caloric effects, manipulation of transition temperatures and hysteresis, and theoretical tools to design better caloric materials..
5. Advanced characterization techniques, including neutron and synchrotron radiation, to study magnetic materials.
6. Ab-initio, micromagnetic, machine learning, artificial intelligence, and accelerated development techniques to predict new magnetic materials and optimize their properties.

Abstracts Due 07/15/2024
Proceedings Plan Undecided

A Study on the Improvement of Coercivity of Nd-Fe-B Permanent Magnets by GBDP of Ternary Alloy
Achieving Low Power Loss and High Magnetic Performance in Soft Magnetic Composites through Advanced Sputter Coating for Insulation Layers on powders
Additive Manufacturing of Thin-walled Magnetocaloric Regenerator Structures for Heat Pump Applications
Characterization of crystallographic and magnetic domain structures in magnetic alloys using complementary TEM techniques
Combinatorial Synthesis and Characterization of New, Stable Mn-, W-, Hf-, and Nb-based Ternary Nitrides
Correlative microscopic analysis of Grain Boundary Engineered Nd-Fe-B Permanent Magnets
Developing domestic supply chains for permanent magnet manufacturing
Development and crystallography of fcc-bcc and bcc-fcc precipitation in soft magnetic HEAs
Development of noise suppression soft magnetic materials for 5G communications
Discovering new functional magnetic materials through high-throughput methods
Effect of Dy Substitution at Nd Sites in Melt-spun Nd-Fe-B Permanent Magnet Ribbons: A magnetic system for Electric Vehicles.
Effects of Interstitial Elements on the Ordered Structure of Fe-Ni Alloys
Enhanced mass sensitivity of self-biased magnetoelastic sensors by annealing-induced nanocrystallization.
Evolution and Effect of Nd6Fe13Si-type Grain Boundary Phase on the Coercivity of Nd-Fe-B Sintered Magnet
Experiments in pulsed magnetic fields: a powerful tool to study multicaloric materials
Fabrication of Alnico Permanent Magnets With Optimized Microstructures via Magnetic-field-assisted Direct Energy Deposition
First-order ferromagnetic transition in MnFe(P,Si) single crystals
Grain Size optimization for Sm2Fe17N3
Harnessing Interfacial Interactions in Perovskite Oxide Heterostructures
High-throughput design and discovery of novel magnetic nitrides
High Performance Magnetic Powders for Magnetocuring
Influence of Applied Magnetic Field on the Nature of First-Order Phase Transformations in R2In Cryogenic Magnetocaloric Materials
Influence of Spinodal Decomposition on the Magnetic Properties of Additively Manufactured Alnico.
Influence of Synthetic and Washing Protocols on Phase Purity and Magnetic Properties of Nd2Fe14B Powders Prepared by Calciothermic Reduction
Influencing Phase Development in Ferromagnetic Materials: Theory versus Practice
Internal defect detection and characterization of Sm-Co sintered magnets by ultrasonic testing and related magnetic properties
Investigation of Magnetron Sputtered Al0.25CrFeCoNi Thin Films for Enhanced Magnetic Properties
Investigation of ultra-high-performance soft magnetic materials with controlled nanocrystal growth through nucleation-dominant composition design
Iron Nitride Permanent Magnets
Linking quantum mechanical features to structural phase-transformation in inorganic solids
Magnetic and mechanical hardening of nano-lamellar magnets using a thermo-magnetic field
Magnetic high entropy oxide for water pollutant degradation
Magnetic Iron Disilicide Nanostructures: Computational Studies
Magnetic Model Informed Design of Architected Permanent Magnets for Electric Machines
Magnetic Properties of Sm2Fe17N3 at Low Temperature
Magneto-optics, revisited
Magnetocaloric effect for Gd(Mn,Fe,Co)Si alloys
Magnetocaloric Properties of LaFe11.5Si1.5 Alloys with Cobalt and Nickel Substitutions
Medium entropy Fe-Co-Ni-B-Al alloys obtained by spark plasma sintering
Micromagnetic simulations of Nd-Fe-B magnets: toward digital twins
Microstructure-Property Relationship for Hot Deformed Fine-grained NdFeB Magnet with High Magnetic Properties Through Two-step Spark Plasma Sintering
New Fe-rich Ferromagnets Without Critical Elements
Non-relativistic spin splitting in compensated magnets that are not altermagnets
Powder consolidation of Ce-based permanent magnets
Processing and Magnetic Properties of Nd/PrFeB Ring Magnets Produced by Extrusion
Protecting ultrafine grained Dy-free Nd-Fe-B sintered magnets with varied passivation techniques
Rotating Magnetocaloric Effect in Polycrystals: Fundamentals and Applications
Smart microactuators based on shape memory Heusler microwires.
Soft Magnetic Materials for motor applications.
Structural, magnetic and mechanical characterization of Fe-Co-Ni-B-Ti powder medium-entropy alloys
Studies of sintered Nb-doped MM-(FeCo)-B-based magnets with the addition of RE-Cu grain boundary modification alloys
Study of Copper Effects on the Magnetic Behaviors and Nitridation Efficiency of Fe16N2 in Bulk Iron-Copper-Nitride Ribbon
Sustainable Magnets for Green Energy
Synthesis and characterization magnetic membranes based on PVA-SPION for hyperthermia and dielectric applications
Synthesis and Magnetic Evaluation of Carbonaceous Spinel Ferrite Nanocomposites
TFORC and Thermography: Complementary Techniques for characterizing Hysteresis, Reversibility, and Partial Transformations in Magnetocaloric Materials
Thermodynamic Investigation of Rare-Earth Reduced Magnet Systems
Utilizing high entropy concept tunes the crossover critical point in magnetocaloric materials

Questions about ProgramMaster? Contact