Sub-40 nm size ordered nanodroplet arrays of polystyrene are fabricated by a low dose selective electron beam exposure of an ultrathin polymer film followed by its intensified self organized dewetting under a mixture of water and polar organic solvents. The self organization speeds up patterning and reduces the feature size, both by more than 10 times
We describe a technique to create very small semiconductor nanostructures, with sizes far beyond the...
We show that planar nanopatterned thin films on standard polycarbonate (PC) compact discs (CD) can b...
We report an electron-beam based method for the nanoscale patterning of the poly(ethylene oxide)/LiC...
Sub-100 nm polymeric spherical plano-convex nano-lens arrays are fabricated using short electron bea...
Using an electron beam, thin polymeric films loaded with metal nanoparticles of silver were prepared...
A top-down/bottom-up approach is demonstrated by combining electronbeam (e-beam) lithography and a s...
We present a straightforward low cost liquid phase deposition method to coat arbitrary-shaped dielec...
Submicrometer spherical lenses and lens arrays are fabricated by freeing the dewetting of ultrathin ...
We develop self-organisation processes for the fabrication of 2D arrays of Si and Ge quantum dots. T...
Dewetting of ultrathin (<100 nm) polymer films, by heating above the glass transition, produces ...
We have developed a processing method that employs direct surface imaging of a surface-modified sili...
Controlled dewetting of thin polymer films on physically heterogeneous substrates is employed as a n...
The objective of this research is to present novel methods for fabricating patterns with micro and n...
Self-assembly methods allow to obtain ordered patterns on surfaces with exquisite precision, but oft...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
We describe a technique to create very small semiconductor nanostructures, with sizes far beyond the...
We show that planar nanopatterned thin films on standard polycarbonate (PC) compact discs (CD) can b...
We report an electron-beam based method for the nanoscale patterning of the poly(ethylene oxide)/LiC...
Sub-100 nm polymeric spherical plano-convex nano-lens arrays are fabricated using short electron bea...
Using an electron beam, thin polymeric films loaded with metal nanoparticles of silver were prepared...
A top-down/bottom-up approach is demonstrated by combining electronbeam (e-beam) lithography and a s...
We present a straightforward low cost liquid phase deposition method to coat arbitrary-shaped dielec...
Submicrometer spherical lenses and lens arrays are fabricated by freeing the dewetting of ultrathin ...
We develop self-organisation processes for the fabrication of 2D arrays of Si and Ge quantum dots. T...
Dewetting of ultrathin (<100 nm) polymer films, by heating above the glass transition, produces ...
We have developed a processing method that employs direct surface imaging of a surface-modified sili...
Controlled dewetting of thin polymer films on physically heterogeneous substrates is employed as a n...
The objective of this research is to present novel methods for fabricating patterns with micro and n...
Self-assembly methods allow to obtain ordered patterns on surfaces with exquisite precision, but oft...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
We describe a technique to create very small semiconductor nanostructures, with sizes far beyond the...
We show that planar nanopatterned thin films on standard polycarbonate (PC) compact discs (CD) can b...
We report an electron-beam based method for the nanoscale patterning of the poly(ethylene oxide)/LiC...