We describe a new technique based on latex technology, which allows the production of conductive composites with potential applications in electronics. These composites consist of exfoliated single-wall nanotubes in a polymer matrix of choice, with very low percolation threshold
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
We describe a new technique based on latex technology, which allows the production of conductive com...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
Composites consisting of individual, or bundles of single-walled, exfoliated nanotubes in a highly v...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
The three main strategies for dispersing carbon nanotubes (NTs) into a polymer matrix to get conduct...
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