Polymer surfaces having micro-nanostructures can be produced using injection molding and hot embossing, high efficiency techniques able to meet the needs of the industry for the mass production of polymer parts. Micro-nanosurfaces are in great demand for multiple applications that include antipollution and self-cleaning surfaces, microlenses, dry adhesion surfaces, antireflection coatings, cell culturing and differentiation as well as superhydrophobic surfaces
A method to form nanofeatures on the surface of a material by utilizing a prefabricated polymer nano...
A growing number of microsystem technology (MST) applications, particularly in the field of microflu...
Replication-based nanofabrication techniques offer rapid, cost effective ways to produce nanostructu...
Micro injection molding is in great demand due to its efficiency and applicability for industry. Pol...
Micro injection molding is in great demand due to its efficiency and applicability for industry. Pol...
The defined fabrication of nanostructures on surfaces for the nanosciences today largely relies on t...
Superhydrophobic materials are found in a suite of scientific and industrial applications, and given...
In this study, a thermoset mold-based hot embossing technique was evaluated for the laboratory-scale...
The unprecedented triumph of silicon technology in modern high tech applications was and is strongly...
A combination of different materials and processes was used to create high aspect ratio nanostructur...
ii A method for creating regular arrays of surface features in the 10µm to 200µm range over large ar...
Plant and animal surfaces have become a model for preparing special synthetic surfaces with low wett...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
Surface micropatterning of polymers is an important process in a large number of applications rangin...
This article discusses materials and techniques used to generate polymer replicas of nanostructures ...
A method to form nanofeatures on the surface of a material by utilizing a prefabricated polymer nano...
A growing number of microsystem technology (MST) applications, particularly in the field of microflu...
Replication-based nanofabrication techniques offer rapid, cost effective ways to produce nanostructu...
Micro injection molding is in great demand due to its efficiency and applicability for industry. Pol...
Micro injection molding is in great demand due to its efficiency and applicability for industry. Pol...
The defined fabrication of nanostructures on surfaces for the nanosciences today largely relies on t...
Superhydrophobic materials are found in a suite of scientific and industrial applications, and given...
In this study, a thermoset mold-based hot embossing technique was evaluated for the laboratory-scale...
The unprecedented triumph of silicon technology in modern high tech applications was and is strongly...
A combination of different materials and processes was used to create high aspect ratio nanostructur...
ii A method for creating regular arrays of surface features in the 10µm to 200µm range over large ar...
Plant and animal surfaces have become a model for preparing special synthetic surfaces with low wett...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
Surface micropatterning of polymers is an important process in a large number of applications rangin...
This article discusses materials and techniques used to generate polymer replicas of nanostructures ...
A method to form nanofeatures on the surface of a material by utilizing a prefabricated polymer nano...
A growing number of microsystem technology (MST) applications, particularly in the field of microflu...
Replication-based nanofabrication techniques offer rapid, cost effective ways to produce nanostructu...