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Scientists Reveal Universal Microstructural Degradation in Bearing Steel
Scientists have made a new discovery about the "light etching region" (LER), which is a typical microstructural degradation feature induced by rolling contact fatigue (RCF).
2026-06-01
Scientists Develop Defect-Promoted Internal Decomposition Strategy for High-Temperature Aluminum ...
Scientists have developed a defect promoted “internal decomposition” mechanism for Ti₂AlC MAX phase precursors, enabling the fabrication of a hierarchical Al₃Ti/Al composite that simultaneously...
2026-05-25
Scientists Overcome Polymer–Plasticizer Incompatibility for High-Energy Solid-State Lithium Batt...
Scientists have developed a versatile compatibilizing-solvent plasticization strategy that resolves the long-standing incompatibility between electrochemically stable plasticizers and polymer matri...
2026-05-21
Sub-nanometer Rh-Co Dual-Atom Catalyst Boosts Nitrile Hydrogenation Under Mild Conditions
A collaborative research team has developed a heteronuclear Rh-Co dual-atom catalyst that enables highly efficient nitrile hydrogenation under mild conditions, breaking the long-standing activity-s...
2026-05-09
World’s First Antibacterial Copper-Containing Titanium Alloy Bone Pin Approved for Clinical Use
The world’s first antibacterial copper-containing titanium alloy bone pin, jointly developed by the Institute of Metal Research, Chinese Academy of Sciences, and Suzhou Senfeng Medical Device Co...
2026-05-08
Compositionally Complex Doping Enables Ultra-Fast Charging and Long-Life Cathode Material for Lit...
Next-generation lithium-ion batteries require high-voltage cathodes that combine long-term stability with ultrafast charging capability. Cobalt-free spinel-type oxides are attractive candidates bec...
2026-05-07
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About us
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