A unique process for the spinning of carbon nanotube fibre directly from the CVD reaction zone will be described, as will the structure and properties of the product, covering, in particular, recent developments in the quest for electrical conductivity at a level to replace copper. The process is inherently cheap, and given sufficient scale may well rival conventional carbon fibre in terms of cost, as well as providing an alternative property spectrum. A personalised account of the technology transfer efforts and the issues involved, will lead to a view of possibility for industry and society
1112-1117The commercial conducting materials (Cu, Ag, Al etc.) have achieved their saturation due to...
Carbon nanotubes are highly special materials having low density but high strength and modulus, high...
International audienceDue to their exceptional electrical, chemical, thermal and mechanical properti...
It is now 14 years since the publication of the first paper describing the continuous production of ...
The CVD process for the spinning of carbon nanotube (CNT) fibres combines the nucleation, growth and...
neat fibers Macroscopic fibers containing only Carbon NanoTubes (CNTs) will yield great advances in ...
Abstract – Electrical machines have significant improvement potential. Nevertheless, the field is ch...
International audienceDue to their exceptional electrical, chemical, thermal and mechanical properti...
Grafting carbon nanotubes (CNTs) onto reinforcing fibre surfaces has been shown to improve composite...
The discovery of carbon nano tubes (CNTs) was a major breakthrough on a technological front. But, th...
The discovery of carbon nano tubes (CNTs) was a major breakthrough on a technological front. But, th...
Current studies of carbon nanotubes have enabled both new electronic applications and improvements t...
The production of continuous fibers made purely of carbon nanotubes has paved the way for new macro-...
Unique macrostructures known as spun carbon-nanotube fibers (CNT yarns) can be manufactured from ver...
We report a method for the growth of carbon nanotubes on carbon fibre using a low temperature growth...
1112-1117The commercial conducting materials (Cu, Ag, Al etc.) have achieved their saturation due to...
Carbon nanotubes are highly special materials having low density but high strength and modulus, high...
International audienceDue to their exceptional electrical, chemical, thermal and mechanical properti...
It is now 14 years since the publication of the first paper describing the continuous production of ...
The CVD process for the spinning of carbon nanotube (CNT) fibres combines the nucleation, growth and...
neat fibers Macroscopic fibers containing only Carbon NanoTubes (CNTs) will yield great advances in ...
Abstract – Electrical machines have significant improvement potential. Nevertheless, the field is ch...
International audienceDue to their exceptional electrical, chemical, thermal and mechanical properti...
Grafting carbon nanotubes (CNTs) onto reinforcing fibre surfaces has been shown to improve composite...
The discovery of carbon nano tubes (CNTs) was a major breakthrough on a technological front. But, th...
The discovery of carbon nano tubes (CNTs) was a major breakthrough on a technological front. But, th...
Current studies of carbon nanotubes have enabled both new electronic applications and improvements t...
The production of continuous fibers made purely of carbon nanotubes has paved the way for new macro-...
Unique macrostructures known as spun carbon-nanotube fibers (CNT yarns) can be manufactured from ver...
We report a method for the growth of carbon nanotubes on carbon fibre using a low temperature growth...
1112-1117The commercial conducting materials (Cu, Ag, Al etc.) have achieved their saturation due to...
Carbon nanotubes are highly special materials having low density but high strength and modulus, high...
International audienceDue to their exceptional electrical, chemical, thermal and mechanical properti...