A quenching–cryogenic–quenching–tempering treatment increases the room-temperature impact toughness of 30Cr2Ni3Mo2CoV secondary hardening steel by 45.8% through significant martensitic substructure refinement.
A multi-technique study quantifies how 42CrMo steel's bainite morphology, orientation domains and grain boundaries shift across isothermal temperatures from 350 ...
Researchers fabricated poly(vinyl alcohol) nanofibers loaded with Sophora fructus extract and identified 170 °C for 45 minutes as the heat-treatment ...
A laboratory study reports that combining alkaline pH-shift treatment with high-pressure microfluidization and 90 °C heating raised yeast protein solubility ...
A hybrid LPBF-LDED study of SS304 stainless steel found a fine as-deposited LPBF microstructure with superior corrosion resistance, while lack-of-fusion ...
A T6 heat treatment raised the tensile strength of wire-arc 3D-printed WE43 magnesium alloy from 221.7 to 272.7 MPa while ...
A sensitive LC–MS/MS method detected the opioid peptide beta-casomorphin 5 in five commercial pasteurized-milk samples at low levels that industrial ...
Maraging stainless steels have quietly become one of the most important material stories of the additive manufacturing era. These iron-based ...
A Taguchi-TOPSIS study shows that solution treatment temperature, holding time and cooling method strongly control the hardness, wear rate and ...
Adding 1.5 weight percent iron to 3D-printed Ti5553 titanium alloy nearly halves its columnar grain width and boosts strength to ...
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