… to the TiO2 nanoparticles observed in the present work could result from the less-developed
crystalline faces of the nanoparticles or from the surface strain of the nanoparticles, which …

… In the present work, titania nanoparticles of controlled size and low dispersions are prepared
using a modified sol−gel method. The size and morphology of titania particles exhibited …

… Therefore, to improve the biological properties of this titania nanoparticles their surface
and structure have been modified by coating or by surface functionalization [9,10]. The high …

… fibrinogen with TiO2 nanoparticles of different crystal phases (… The amount of adsorbed
fibrinogen and albumin for each TiO2 … crystal phase modulate the affinity of fibrinogen for the TiO2 …

… of crystalline particles containing all three phases of titania. On … formation of mainly amorphous
titania phase. In another report… the preparation of titania of one phase versus another: the …

… of the two different crystal phases of titania NPs (anatase and … phases. The aim of the present
study was to elucidate the toxic effects of the two crystalline phases of titania nanoparticles …

… the microstructures of titania. The acidic conditions gave crystalline titania particles and also
… , whereas the basicity suppressed the formation of crystalline phase. So, the effect of acidic …

… titania nanoparticles, crystallization of anatase from amorphous nanoparticles, and
anatase-to-rutile phase … The choice of amorphous titania nanoparticles as the starting point for …

… of the sintering nanoparticles is in the rutile phase, we conclude that the final agglomerate
will be in the rutile phase. In case of the anatase + amorphous simulation, no rutile phase is …

… crystalline phase of TiO2 nanoparticles on the photocatalytic activity of the degradation of
methylene blue has been systematically investigated. The different crystalline phases of TiO2 …