MXene– tag –
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MXene Nanomaterials Achieve 98.3% Capacitance Retention in Supercapacitors and 100 mA cm-2 Bifunctional Electrocatalysis for Hydrogen Production
Bioengineer.org Unknown Overview MXene-based nanomaterials are emerging as frontier materials for both high-performance supercapacitors and clean hydrogen production. A MXene/PANI hybrid, synthesized through composite engineering, demons... -
ACS Fall 2026 Unveils Breakthrough in Inherently Safer, Hydrofluoric Acid-Free MXene Production Accelerating Commercialization
American Chemical Society USA Overview A groundbreaking study at ACS Fall 2026 introduced an inherently safer manufacturing process for MXenes, eliminating reliance on hazardous molten fluoride salts and concentrated hydrofluoric acid. T... -
Vertically Aligned MXene-ZnNi2S4-ZnNi2O4 Nanoflake Ensemble Achieves 329.1 F/g Capacitance for Multifunctional Energy Storage Cathode
Nanoscale | The Royal Society of Chemistry UK Overview Researchers developed a vertically aligned MXene-ZnNi2S4-ZnNi2O4 nanoflake ensemble, successfully demonstrating its potential as a versatile cathode for multivalent metal ion storage... -
Chinese Researchers Develop ZrB2/MXene Composite for Li-S Battery, Achieving 1395.9 mA·h/g Initial Capacity and 0.072% Decay Rate Over 500 Cycles
Journal of Materials Science: Materials in Electronics China Overview A Chinese research team has fabricated a sulfur-affinic ZrB2/MXene composite as a sulfur host for lithium-sulfur (Li-S) battery cathodes. The S/ZrB2/MXene electrode de... -
Chinese Researchers Develop MXene/Fe3S4@FeSe2 Heterojunctions, Achieving 450 mAh/g Initial Capacity in Sodium-Ion Batteries
Journal of Functional Materials China Overview Chinese researchers have developed MXene/Fe3S4@FeSe2 multi-heterojunction materials using a "MOFs-derived-sulfidation-selenidation" strategy, demonstrating excellent performance as high-perf... -
Argonne National Lab Publishes 2026 Research: Advancing Nanomaterials Science with Defect Engineering, Nanocrystals, and MXenes
Argonne National Laboratory - Center for Nanoscale Materials USA Overview Argonne National Laboratory's Center for Nanoscale Materials (CNM) has released its list of numerous nanotechnology-related papers published in 2026. These publica... -
ASCE Library Paper: rGO-Embedded Carbon Fabric Boosts Electrical Conductivity of Aircraft Composites by Up to 154.8%
ASCE Library - Journal of Aerospace Engineering Global Overview Research published in the Journal of Aerospace Engineering (ASCE Library) details advancements in nano-micro hybrid composites for large-scale aircraft structures, utilizing... -
Non-Precious Metal Anode ‘NiCo-LDH@Mo2CTx/NF’ Achieves 393 mV Overpotential at 100 mA cm–2 for High-Efficiency Oxygen Evolution Reaction in Anion Exchange Membrane Water Electrolysis
The Royal Society of Chemistry UK Overview This study developed a hybrid electrode, 'NiCo-LDH@Mo2CTx/NF,' as a highly efficient non-precious metal anode for anion exchange membrane (AEM) water electrolysis, combining conductive MXene (Mo... -
ACS Publications: Fully Printed Single-Layer MXene/AgNW/PVP Composite Array Developed for Structurally Decoupled Dual-Mode Tactile Perception
ACS Publications USA Overview Research in ACS Publications reports the development of a fully printed single-layer MXene/silver nanowire (AgNW)/PVP composite array for structurally decoupled dual-mode tactile perception. This innovative ... -
ResearchGate: hBN-Modified Molten Salt Nanofluids Achieve 2x Compressive Strength, Advancing Thermal Energy Storage Applications
ResearchGate Global Overview Hexagonal boron nitride (hBN)-modified molten salt nanofluids are gaining attention for thermal energy storage (TES) applications. Notably, Al-3 wt.% hBN nanocomposites showed approximately double the maximum...
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