Add to ORKGMicroscopically structured colloidal crystals have been self-assembled by capillary forces onto chemically patterned surfaces. It was shown that the wetting meniscus on substrates patterned with hydrophobic and hydrophilic regions acts in this process as self-removing crystallization template. By this method closed-packed structures with a well defined and intense band gap in the visible range are obtained
This article presents a facile approach to centimeter-scale colloidal photonic crystals (PCs) with n...
Planar single-crystalline colloidal crystals are fabricated by exploiting the spontaneous crystalliz...
In colloidal epitaxy a patterned substrate is used to manipulate colloidal crystallization. The tech...
Microscopically structured colloidal crystals have been self-assembled by capillary forces onto chem...
Site-selective growth of colloidal crystals with photonic properties on chemically patterned surface...
A scalable method for site‐selective, directed self‐assembly of colloidal opals on topologically pat...
A scalable method for site‐selective, directed self‐assembly of colloidal opals on topologically pat...
Template-induced colloidal deposition during solvent evaporation is a promising technique for extend...
Colloidal crystal films have been fabricated on solid substrates with a horizontal deposition method...
Self-assembly of colloidal spheres confined within cells of different shapes formed with two slides ...
Self-assembly of colloidal spheres confined within cells of different shapes formed with two slides ...
Photonic crystals are periodic structures that have the capability to manipulate the photons in the ...
Colloidal particles (approximately a micrometer in diameter) that are dispersed in a fluid, behave t...
Colloidal particles (approximately a micrometer in diameter) that are dispersed in a fluid, behave t...
Face-centered cubic (fcc) (111)-orientated twodimensional (2D) and three-dimensional (3D) crack-free...
This article presents a facile approach to centimeter-scale colloidal photonic crystals (PCs) with n...
Planar single-crystalline colloidal crystals are fabricated by exploiting the spontaneous crystalliz...
In colloidal epitaxy a patterned substrate is used to manipulate colloidal crystallization. The tech...
Microscopically structured colloidal crystals have been self-assembled by capillary forces onto chem...
Site-selective growth of colloidal crystals with photonic properties on chemically patterned surface...
A scalable method for site‐selective, directed self‐assembly of colloidal opals on topologically pat...
A scalable method for site‐selective, directed self‐assembly of colloidal opals on topologically pat...
Template-induced colloidal deposition during solvent evaporation is a promising technique for extend...
Colloidal crystal films have been fabricated on solid substrates with a horizontal deposition method...
Self-assembly of colloidal spheres confined within cells of different shapes formed with two slides ...
Self-assembly of colloidal spheres confined within cells of different shapes formed with two slides ...
Photonic crystals are periodic structures that have the capability to manipulate the photons in the ...
Colloidal particles (approximately a micrometer in diameter) that are dispersed in a fluid, behave t...
Colloidal particles (approximately a micrometer in diameter) that are dispersed in a fluid, behave t...
Face-centered cubic (fcc) (111)-orientated twodimensional (2D) and three-dimensional (3D) crack-free...
This article presents a facile approach to centimeter-scale colloidal photonic crystals (PCs) with n...
Planar single-crystalline colloidal crystals are fabricated by exploiting the spontaneous crystalliz...
In colloidal epitaxy a patterned substrate is used to manipulate colloidal crystallization. The tech...