However, an intense peak at 517 cm-1 associated with crystallized Si TO mode appears for 900°C annealed sample, which indicates that the amorphous Si layers have been crystallized to form nano-crystallized Si.
Some nickel silicide nanoparticles are crystallized to form NiSi2 compounds after annealing.
Some portions of the Gd2O3 were crystallized to form nanocrystals, while other portions formed a surrounding layer of a-Gd2O3.
The as-anodized TNT was crystallized to anatase phase with a heat treatment at 450 °C.
X-ray diffraction analysis revealed that amorphous silk fibroin in poly vinyl alcohol) methacrylate is crystallized to β-sheet secondary structure upon gelation.
The polysilanes and polysilane copolymers having hexyl and pentoxy side chains were crystallized to form oriented films along the direction of the mechanically oriented polytetrafluoroethylene (PTFE) films.
The Ir-Sn binary oxides were crystallized to the (Ir,Sn) rutile-type at lower temperature than the iridium oxide to IrO2.
Blends were crystallized to produce samples with large domains that are rich in linear material surrounded by a matrix that is rich in branched polymer.
All porins of Gram-negative bacteria that have been crystallized to date form stable trimers, with each monomer composed of a 16-stranded β-barrel with a relatively narrow central pore.
To clarify the results, three themes were crystallized to a more abstract level on the basis of the categories.
