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Meeting MS&T24: Materials Science & Technology
Symposium Honorary Symposium in Celebration of Prof. Michel Barsoum’s 70th Birthday
Presentation Title New Ternary Nanolaminated Carbide: Ti2NbAlC1.82 and TiNbAlC0.91
Author(s) Sylvain Dubois, Thierry Cabioc'h, Véronique Gauthier-Brunet, Patrick Chartier
On-Site Speaker (Planned) Sylvain Dubois
Abstract Scope We report on the synthesis of Tin+1SnCn (MAX phases) by hot isostatic pressing starting with sub-stoechiometric titanium carbide, niobium and aluminum powders. In addition to a few TiC impurity, new 312 and 211 MAX phases, Ti2NbAlC2 and TiNbAlC are formed. The influence of the synthesis temperature is discussed as phases are only formed at high temperature whereas TiAl3 impurities are present at quite low temperature. Its lattice parameters and Nb,Ti contents, deduced from Rietveld analysis of x-ray diffraction patterns, are determined.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

1D Lepidocrocite Titania-Based Nanomaterials, Their Diverse Morphologies and Exceptional Properties
Anomalous Crack Growth Resistance in Atomically Layered Ternary Carbides
Applications of 1D Titania and Other Low Dimensional Oxides for National Defense
Atomic and Electronic Structures of One-Dimensional Titania Lepidocrocite
Challenges and Opportunities in Integrating MXene into Ceramic Nanocomposites
Characterization and Synthesis of Novel One-Dimensional Lepidocrocite Titanium-Oxide Nanofilaments
Characterization of MAX Phases by Neutron Diffraction - Michel Barsoum's Time at LANSCE
Effect of Cationic Exchange on the Hydration and Swelling Behavior of MXenes
Electronic and Photocatalytic Properties of Colloidal One-Dimensional Titanium Oxide Lepidocrocite Nanofilaments
Enhancing the Oxidation Resistance of MXenes by Selective Edge Functionalization
From MAX Phases to Carbon Nanomaterials and MXenes
Honoring Prof. Michel Barsoum: Pioneering Contributions to Ceramic Sciences and Engineering
Hydroxides-Derived Nanostructures: Scalable Synthesis, Characterization, Properties, and Potential Applications
MAX Phases and MXenes as Additive Materials in Composites
MAX Phases for Nuclear Applications
Michael Barsoum – Pre-MAX Days at MIT
New Ternary Nanolaminated Carbide: Ti2NbAlC1.82 and TiNbAlC0.91
O-1: Anisotropic Cracking and Lack Thereof in MAX Phases
O-2: Kerosine-Fuelled High Velocity Oxy-Fuel (HVOF) Ti2AlC Coating on P91 Steel
On the Design and Characterization of Novel Ceramics for High Performance Applications
Past, Present, and Future of MAX Phases
Phase Formation and Thermal Stability of MAX and MAB Phase Thin Films
Progress of Unravelling the Magnetic Complexity of iMAX Phases
Scalable, Inexpensive, One-Pot, Facile Synthesis of Crystalline, Two-Dimensional, Birnessite Flakes with Quaternary Ammonium Hydroxides
Self-Assembly of Inorganic Gels and Networks From Unique 1-Dimensional Lepidocrocite Phase Titanium Oxide
Stability and Properties of MAX Phases with Compositionally Complex M-layers
Surface Chemistry and Counter Cation Control of Carrier Dynamics in One-Dimensional Lepidocrocite TiO2
Surface Electronic Structure of the Zr3SnC2 MAX Phase
Surface Modifications of MAX Phases and MXenes for Catalytic Applications
Synthesis Science of MAX Phases: A Chemist’s Journey to New Functional Ceramics
Tuning the 1D to 2D Transition in Lepidocrocite Titanium Oxide via Polymer Wrapping
Two-Dimensional MXenes: from Discovery to Recent Developments
Unraveling Mechanistic Origins of Plasticity in MAX Phases: Dislocations, Kinking, and Delamination
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