In situ observation on filiform corrosion propagation in Mg-Al-Y alloy: the effects of continuous and discontinuous Mg17Al12 precipitates
Available online 8 July 2026
●Filiform corrosion behavior of aged Mg-9Al-0.2Y alloy was investigated by in-situ digital microscope observation.●Due to the stronger micro-galvanic effect, filiform corrosion preferentially propagates...
Breaking the thermal barrier: Amorphous oxide cathodes and electrolyte engineering for practical room-temperature magnesium-ion batteries
Available online 7 July 2026
•Reduced Mg2+ migration energy barrier via amorphous structural design.•Enhanced solid-state diffusion kinetics at room temperature.•Stable Mg–electrolyte interphase formation.•Improved electrochemical...
Microstructural evolution and thermal restoration mechanism of pre-twinned Mg-Y-RE alloys during annealing: A study combining quasi-in-situ experiments and machine learning approach
Available online 7 July 2026
•The evolution of twinning-induced SRX in pre-twinned Mg-Y-RE alloys during high-temperature annealing was systematically analyzed.•Static recrystallization induced by {10–12} and {11–21} extension...
Amorphous Ti³⁺ oxide formed in situ from Ti-MOF nanosheets as a highly efficient catalyst for enhancing hydrogen storage kinetics of MgH2
Available online 6 July 2026
•Ti-MOF nanosheets significantly enhance hydrogen storage kinetics of MgH2.•Nanosheet structure provide more active sites and enhance interaction effect with MgH2.•High content of in-situ formed amorphous...
Current-carrying friction-induced surface amorphization and abnormal grain growth in high-purity magnesium: A multi-field coupling mechanism
Available online 6 July 2026
•Current-carrying friction forms oxygen-rich amorphous/nanocrystalline layers on pure Mg.•Surface structure evolves from gradient (0 A) to bilayer (3 A) to thick layer (5 A).•Thermo-mechano-electrical...
Theoretical and experimental studies on magnesite smelting for co-producing forsterite via silicothermic magnesium production under relative vacuum
Available online 4 July 2026
•A calcium-free magnesite utilization method for Mg smelting is proposed, which drastically shortens the thermal-reduction cycle and offers high efficiency, eco-friendliness, and zero pollution.•The...
Mg‑based solid‑state hydrogen storage: From materials engineering to intelligent system design
Available online 3 July 2026
Image, graphical abstract...
Alternating magnetic field-responsive and spatiotemporally programmable Mg60Zn35Ca5 coating against methicillin-resistant Staphylococcus aureus for orthopedic implants
Available online 3 July 2026
●An AMF-responsive and spatiotemporally programmable antibacterial Mg₆₀Zn₃₅Ca₅ amorphous coating for orthopedic implants.●This Mg₆₀Zn₃₅Ca₅ coating integrates continuous passive defense and on-demand...
Magnesium metal batteries for post-lithium alternatives?
Available online 3 July 2026
•Compared to Li batteries, Mg batteries face challenges across anode, cathode, electrolyte, and separator.•Key modification strategies for Mg batteries are systematically discussed.•System-level engineering...
Suspension-calcined dolomite with ultrahigh reactivity for silicothermic magnesium production
Available online 3 July 2026
•A suspension calcination route for dolomite powders is developed and its feasibility for magnesium metallurgy is evaluated through coupled simulations, laboratory experiments, and ton-scale pilot validation.•Suspension...
Mechanical properties and deformation mechanisms of a dual-phase Mg-Sc alloy: Effects of strain rate and temperature
Available online 3 July 2026
•Dual-phase Mg-Sc alloy exhibits strong temperature and strain-rate dependence.•Excellent strength-ductility synergy is achieved at 133 K and 3000 s−1.•Twinning is largely suppressed under quasi-static...
Extrusion ratio-induced microstructural disparity and plastic deformation behavior in dual-phase Mg-Li-Zn-Y alloys
Available online 2 July 2026
•The as-extruded dual-phase Mg-Li-Zn-Y alloy features a lamellar heterostructure of alternating α-Mg and β-Li phases.•Increasing extrusion ratio yields α-Mg partial recrystallization (∼36%) while β-Li...
Dry sliding wear behavior of SiC-B4C reinforced AZ80 hybrid composites fabricated through a semi-solid stir casting process
June 2026
•Homogeneous distribution of ceramic particulates in the Mg matrix is achieved by a low-cost semi-solid stir-casting process.•The present research focuses on the impact of wear testing conditions and...
A machine learning potential of Mg-Y alloy and its application on pyramidal <c + a> dislocation
June 2026
•A broadly applicable deep learning potential for research
Efficient fabrication of high-performance ZK61 magnesium alloy hat-shaped thin-walled part: Tailoring heterogeneous structure via multi-DoF forming and heat treatment
June 2026
•An innovative integrated process is proposed for high-performance ZK61 alloy hat-shaped thin-walled part fabrication.•Microstructure and mechanical properties of multi-DoF formed magnesium alloy hat-shaped...
A review on high performance MgB2 wires: From material science to practical application
June 2026
•This review provides a systematic overview on PIT and IMD MgB2 wires/tapes, critically assessing their respective advantages and limitations.•This review gives a summary of method aiming at improving...
In situ self-generation and joint strengthening mechanisms of low melting point layered Mg-Zn filler
June 2026
•A filler was designed and prepared to achieve the high strength joining of Mg alloy brazed joints at low temperatures.•The α'-Mg/Mg7Zn3 (MgZn2) soft-hard biphasic heterogeneous structure formed during...
Impact of tunable oxygen vacancy on microstructure, conduction mechanism and dielectric properties of Y3+/Mg2+ modified calcium copper titanate ceramics
June 2026
•Pristine and Y3+/Mg2+ modified CCTO ceramic were successfully synthesized by conventional SSR method.•Hopping of charge carriers between Cu+ ↔ Cu2+ and Ti3+ ↔ Ti4+ states is main cause of semiconducting...
Precipitation of abundant nano-interfaces in Sc/In-doped Mg-Y-Zn alloy and the two-stage hydrogenation behavior: Enabling rapid reaction kinetics
June 2026
•Abundant nano-interfaces are constructed in α-Mg phase with annealing of Mg95Y2Sc1Zn1In1 alloy.•An elevated hydrogenation capacity of 6.39 wt.% is reached since reaction of inner α-Mg grains is accelerated.•Extra...
A cast-on galvanic-corrosion-resistant self-passive thick rapid coating for Mg alloy
June 2026
•A multilayered thick Zn-Al-Mg alloy coating was rapidly cast on a Mg alloy.•The metallurgically fused coating did not alter substrate microstructure or properties.•The wear-resistant coating had great...
Metabolic behavior of the degradation products of magnesium alloys in bone tissue
June 2026
•The Mg alloy anchors gradually degraded in vivo and Mg-based degradation products were rapidly metabolized and absorbed.•In the early stages of the fastest degradation rate, the micro-environment inhibited...
Atomic-scale role of rare earth solution atoms in suppressing irradiation-induced void evolution in Mg-Y alloy
June 2026
•The irradiation-induced void evolution of alloy at atomic-scale was firstly studied.•The growth of voids was hindered by the formation of clusters composed by yttrium element.•Voids undergo irregular...
Novel plastic loop topologies in pure Mg and orientation-dependent fracture of β-Mg₁₇Al₁₂ precipitates under shallow scratching
June 2026
•Surface-dominated scratching in Mg yields curved multi-segment dislocation loops.•HCP→FCC markers reveal stacking-fault/partial-dislocation plasticity in pure Mg.•β-Mg17Al12 orientation controls loop...
Time-resolved analysis of the dynamics of deformation mechanisms in low-alloyed rapidly solidified Mg-Zn-Y-Al alloy
June 2026
•The low-alloyed RSRC Mg-Zn-Y-Al alloy has high strength and low yield strength asymmetry.•Acoustic emission gives in-situ insight into the timing and interplay of deformation mechanisms.•The variation...
A novel flame retardant strategy for molten magnesium alloys: The effect of the new protective gas C3H2F6 on EV33 alloy
June 2026
•The flame retardancy of magnesium alloys can be effectively achieved by utilizing the densification of oxide film.•The effect of secondary formation of oxide film on flame retardancy was explained.•The...
