Crucially, these modulations strictly correspond to the crystal lattice structure, with maxima and minima precisely located at the crystallographic positions of the chalcogen atoms, revealing the ...

Normally, ice has a solid crystal lattice structure, with all of its H2O molecules strongly held together via their hydrogen and oxygen atoms. But when ice isn’t fully compacted, such as in ...

It is hard to coax electrons to form a crystal, and even harder to measure this structure. But physicists have now managed to directly image a “Wigner crystal” – and their images are the ...

It's a highly complex shape, but easy enough to manufacture using a laser powder bed fusion 3D printer, and the researchers tested the resulting cube to find it 50% stronger than cast magnesium ...

Sports equipment manufacturer Wilson has unveiled a prototype 3D-printed airless basketball that, unlike traditional balls, does not need to be inflated. Made from an elastomeric polymer developed ...

The other way is to alter its crystal structure ... the body-centered lattice is less compact than the face-centered lattice. High-temperature austenite, an FCC structure, has enough space for ...

(Nanowerk News) Researchers discovered a wave-like charge order in a magnetic material with a “kagome” geometric structure ... zooming across the crystal. A number of charge-ordered phases are ...

Different from NaCl single crystal, naturally deposited salt rocks in the stratum usually show polycrystalline structure (Desbois et al ... laboratory by the crystallization growth method. The lattice ...

HH crystal structures consist of three interpenetrating FCC lattices, of which the atoms of the NaCl (Rock salt ... and Z atoms determines the crystal lattice structure of the compound (Graf et al., ...

Both these techniques were used to prepare the lattice structure samples. In direct 3D printing, a BLT-A300 printer and selective laser melting (SLM) method were used, while in 3D printing combined ...