Researchers developed a catalytic hydrogen sensor utilizing palladium nanoparticle grain boundaries that operates accurately across high temperatures and extreme humidity ...
A new review in Applied Microscopy details how electron diffraction and dark-field TEM reveal the structural degrees of freedom in ...
A new review shows how electron backscatter diffraction methods, from Schmid factor mapping to slip trace analysis, quantify which slip ...
Raising gadolinium in a magnesium alloy simultaneously boosted its strength and room-temperature elongation by combining deformable LPSO lamellae with grain-boundary ...
A multi-technique study quantifies how 42CrMo steel's bainite morphology, orientation domains and grain boundaries shift across isothermal temperatures from 350 ...
Simulations of 180 nanocrystalline Fe80Cr16Ni4 structures show voids cut hydrostatic strength by up to 34.8 percent, with grain-boundary voids and ...
Adding carbon nanotubes to Cu1/2Tl1/2-1234 superconducting composites shrinks the unit cell, lowers the critical temperature and suppresses dielectric losses while ...
An experimental compression study reports how temperature, strain rate and loading history affected flow stress, texture and continuous dynamic recrystallization ...
An experimental study of sputtered nanocrystalline Ni-Cr-Y films found that varying chromium and yttrium contents with grain size held constant ...
A hot-compression study of a Mg–Gd–Y–Zn–Mn alloy identified a predicted optimum working window of 420–500 °C at approximately 0.01 s−1 ...
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