Metal oxide nanoparticles exhibit outstanding catalytic properties, believed to be related to
the presence of oxygen vacancies at the particle's surface. However, little quantitative …

Metal nanoparticles exhibit a localized surface plasmon resonance (LSPR) which is very
sensitive to the size and shape of the nanoparticle and the surrounding dielectric medium …

We report on the growth of FeO (wüstite)-based thin films using pulsed laser deposition.
Epitaxial films of iron oxide with different crystal structures (corundum, spinel, and rock-salt …

We report on the growth of rock salt MgO films on sapphire (0001) substrates by rf plasma-
assisted molecular beam epitaxy. A two-step method, ie high temperature epilayer growth …

Superplasticity in ceramics has been the subject of intense research activity for the last two
decades. Quite recently, the fabrication of fully dense nanocrystalline oxides with grain size …

为研究冲击塑性变形产生的缺陷对MgO 单晶透明性的影响, 采用40 通道(波长)
纳秒时间分辨高温计和冲击波原位光源技术, 对在一维应变冲击加载下MgO …

The confluence of nanotechnology and plasmonics has led to new and interesting
phenomena. The industrial need for fast, efficient and miniature devices which constantly …

Процессы создания анионных дефектов Френкеля были исследованы в кристаллах
MgO, облученных быстрыми ионами 132Xe с энергией 0.23 ГэВ при комнатной …

The epitaxy and growth of a series of organic molecules deposited on insulating surfaces
were investigated by noncontact atomic force microscopy (nc-AFM). The molecules studied …

Iron oxides, which are also called ferrites, have been known to humans since ancient times
and have been the subject of intensive research activity from fundamental as well as …