Subnanometric ZnO clusters confined in different micropore zeolites are studied by steady-
state and nanosecond time-resolved photoluminescence (PL) spectroscopy. The …

ZnO nanoparticles have been successfully loaded in the all-silica molecular sieve MCM-41.
Combined powder X-ray diffraction and infrared spectral measurements show that ZnO …

Fabrication of high density (∼ 155 Gbit in–2) ZnO nanopatterns through in situ
decomposition of Zn precursors inside diblock copolymer templates and their application as …

We report a facile means of creating nanodisc arrays of ZnO with high densities (∼ 22 Gbit
in− 2) and narrow distributions in size, shape and periodicities (< 15%) using a combination …

The photoluminescence behavior of ZnO is largely dependent on its defect properties that
are resulted from different preparation conditions. In this Letter, several kinds of nanosized …

By using a Ga FIB system to spatially control the implantation of Ga into SiO2 followed by
vacuum annealing, we have fabricated self-assembled surface Ga nanodots with a high …

The paper presents the results of investigations of zinc oxide (ZnO) layers as a potential
sensing material, being affected by certain selected gaseous environments. The …

Advantage and role of focused ion beam (FIB) for nanopatterning of the substrates toward
the artificial control of self-assembly processes of semiconductor nanostructures are shown …

The use of focused ion-beam (FIB) nanopatterning for manipulating self-assembled ZnO
nanodots is described. Highly aligned ZnO-nanodot arrays with various periodicities (eg …

Selective formation of ZnO nanodots grown by metalorganic chemical vapor deposition
(MOCVD) was achieved on focused-ion beam (FIB)-nanopatterned SiO2 and Si substrates …