A hybrid approach to nanolithography combines conventional lithography with chemical self‐assembly to yield aligned microstructures with tailored nanoscale spacings (see figure). Self‐assembled multilayers form precise resists to create hierarchical nanostructures with the controlled orientation and dimensions necessary for nanoscale device fabrication
Lithography is a basic advance to be taken in the creation procedure of coordinated circuits. There ...
Le but de cette thèse est d'adopter une approche hybride par la combinaison des méthodes de lithogra...
The fabrication of three-dimensional (3D) nanostructures, which have sub-100 nm dimensions in all th...
The combination of conventional lithographic techniques with chemical self-assembly allows for the c...
We apply self-assembly to form multilayers on gold structures formed by lithographic techniques to c...
By combining optical lithography and chemical self-assembly, the authors circumvent the limitations ...
Nanolithography is a critical step in the patterning and fabrication process of sub-micron and nanos...
Nanolithography is a critical step in the patterning and fabrication process of sub-micron and nanos...
The ability to fabricate materials, structures, devices, and systems with nanometer-scale precision ...
The ability to fabricate materials, structures, devices, and systems with nanometer-scale precision ...
Self-assembled multilayers, composed of alternating layers of α,ω-mercaptoalkanoic acids and Cu2+ io...
A method of constructing,30-nanometer structures in close proximity with precise spacings is present...
The combination of self-, directed and positional assembly techniques, i. e., “bottom up” fabricatio...
The combination of self-, directed, and positional assembly techniques, i.e., “bottom up” fabricatio...
With the number of alternative lithographic techniques for high resolution and 3D patterning rapidly...
Lithography is a basic advance to be taken in the creation procedure of coordinated circuits. There ...
Le but de cette thèse est d'adopter une approche hybride par la combinaison des méthodes de lithogra...
The fabrication of three-dimensional (3D) nanostructures, which have sub-100 nm dimensions in all th...
The combination of conventional lithographic techniques with chemical self-assembly allows for the c...
We apply self-assembly to form multilayers on gold structures formed by lithographic techniques to c...
By combining optical lithography and chemical self-assembly, the authors circumvent the limitations ...
Nanolithography is a critical step in the patterning and fabrication process of sub-micron and nanos...
Nanolithography is a critical step in the patterning and fabrication process of sub-micron and nanos...
The ability to fabricate materials, structures, devices, and systems with nanometer-scale precision ...
The ability to fabricate materials, structures, devices, and systems with nanometer-scale precision ...
Self-assembled multilayers, composed of alternating layers of α,ω-mercaptoalkanoic acids and Cu2+ io...
A method of constructing,30-nanometer structures in close proximity with precise spacings is present...
The combination of self-, directed and positional assembly techniques, i. e., “bottom up” fabricatio...
The combination of self-, directed, and positional assembly techniques, i.e., “bottom up” fabricatio...
With the number of alternative lithographic techniques for high resolution and 3D patterning rapidly...
Lithography is a basic advance to be taken in the creation procedure of coordinated circuits. There ...
Le but de cette thèse est d'adopter une approche hybride par la combinaison des méthodes de lithogra...
The fabrication of three-dimensional (3D) nanostructures, which have sub-100 nm dimensions in all th...