Monolayer colloidal crystals are formed using silica- and polystyrene beads and used as etch masks for the formation of regular, _m period hexagonal arrays of indentations in a silicon wafer. Such patterns can be used as di_raction gratings or as seeds for further processing, for example by pit-catalysed electrochemical etching. In another experiment, multilayer colloidal crystals are infiltrated with titania before subsequent removal of the beads, forming inverse opals displaying tuneable reflectivities which are interesting for use as selective reflectors
ABSTRACT: Surface patterns with prescribed structures and properties are highly desirable for a vari...
Template-induced colloidal deposition during solvent evaporation is a promising technique for extend...
We report on the fabrication of disordered nanostructures by combining colloidal lithography and sil...
AbstractMonolayer colloidal crystals are formed using silica- and polystyrene beads and used as etch...
Monolayer colloidal crystals are formed using silica- and polystyrene beads and used as templates in...
AbstractMonolayer colloidal crystals are formed using silica- and polystyrene beads and used as etch...
2D nonclose-packed colloidal crystal patterns have received considerable attention in various fields...
Colloidal crystals with body-centered cubic packing (see Figure) can be fabricated by electrophoreti...
The organic monolayer colloidal crystals, which are usually prepared by self-assembling, could be us...
This work describes the templating process and applications enabled by utilizing mesoporous colloids...
Self-assembly of monodisperse colloidal particles into regular lattices has provided relatively simp...
AbstractAs the thickness of crystalline silicon wafers for use in solar cells is reduced, transmissi...
Planar single-crystalline colloidal crystals are fabricated by exploiting the spontaneous crystalliz...
Due to their excellent photonic characteristics, colloidal crystals with periodic porous structures ...
[[abstract]]©2007 Blackwell Publishing - We develop a chemical modification-free process for fabrica...
ABSTRACT: Surface patterns with prescribed structures and properties are highly desirable for a vari...
Template-induced colloidal deposition during solvent evaporation is a promising technique for extend...
We report on the fabrication of disordered nanostructures by combining colloidal lithography and sil...
AbstractMonolayer colloidal crystals are formed using silica- and polystyrene beads and used as etch...
Monolayer colloidal crystals are formed using silica- and polystyrene beads and used as templates in...
AbstractMonolayer colloidal crystals are formed using silica- and polystyrene beads and used as etch...
2D nonclose-packed colloidal crystal patterns have received considerable attention in various fields...
Colloidal crystals with body-centered cubic packing (see Figure) can be fabricated by electrophoreti...
The organic monolayer colloidal crystals, which are usually prepared by self-assembling, could be us...
This work describes the templating process and applications enabled by utilizing mesoporous colloids...
Self-assembly of monodisperse colloidal particles into regular lattices has provided relatively simp...
AbstractAs the thickness of crystalline silicon wafers for use in solar cells is reduced, transmissi...
Planar single-crystalline colloidal crystals are fabricated by exploiting the spontaneous crystalliz...
Due to their excellent photonic characteristics, colloidal crystals with periodic porous structures ...
[[abstract]]©2007 Blackwell Publishing - We develop a chemical modification-free process for fabrica...
ABSTRACT: Surface patterns with prescribed structures and properties are highly desirable for a vari...
Template-induced colloidal deposition during solvent evaporation is a promising technique for extend...
We report on the fabrication of disordered nanostructures by combining colloidal lithography and sil...