Results 321 to 330 of about 2,946,685 (403)
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Annual Review of Materials Research, 2007
The performance and power dissipation of integrated circuits (IC) are largely affected by interconnects. Carbon nanotubes, which are rolls of one-atom-thick carbon sheets, show great potential in addressing some of the major interconnect challenges in future generations of technology, when copper conductivity will degrade substantially because of size ...
Azad Naeemi, James D. Meindl
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The performance and power dissipation of integrated circuits (IC) are largely affected by interconnects. Carbon nanotubes, which are rolls of one-atom-thick carbon sheets, show great potential in addressing some of the major interconnect challenges in future generations of technology, when copper conductivity will degrade substantially because of size ...
Azad Naeemi, James D. Meindl
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Carbon nanotube-based materials for lithium–sulfur batteries
Journal of Materials Chemistry A, 2019Research progress in the application of carbon nanotube-based materials in lithium–sulfur batteries is summarized and evaluated.
M. Zheng +8 more
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Nature Nanotechnology, 2007
Since their discovery, the possibility of connecting carbon nanotubes together like water pipes has been an intriguing prospect for these hollow nanostructures. The serial joining of carbon nanotubes in a controlled manner offers a promising approach for the bottom-up engineering of nanotube structures--from simply increasing their aspect ratio to ...
Chuanhong, Jin +2 more
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Since their discovery, the possibility of connecting carbon nanotubes together like water pipes has been an intriguing prospect for these hollow nanostructures. The serial joining of carbon nanotubes in a controlled manner offers a promising approach for the bottom-up engineering of nanotube structures--from simply increasing their aspect ratio to ...
Chuanhong, Jin +2 more
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Angewandte Chemie International Edition, 2002
Commonâ€orâ€garden starch can render singleâ€walled carbon nanotubes (SWNTs) readily soluble in water. The secret is to preorganize the linear amylose component in the starch into a helix with iodine prior to bringing the SWNTs on the scene. The SWNTs displace the iodine molecules in a "peaâ€shooting" type of mechanism (see scheme). After some physical
Star, Alexander +3 more
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Commonâ€orâ€garden starch can render singleâ€walled carbon nanotubes (SWNTs) readily soluble in water. The secret is to preorganize the linear amylose component in the starch into a helix with iodine prior to bringing the SWNTs on the scene. The SWNTs displace the iodine molecules in a "peaâ€shooting" type of mechanism (see scheme). After some physical
Star, Alexander +3 more
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Nano Letters, 2007
Here we report experimental results for a carbon nanotube (CNT) based amplitude-modulated (AM) demodulator for modulation frequencies up to 100 kHz. Further, the CNT based demodulator was successfully demonstrated in an actual AM radio receiver operating at a carrier frequency of 1 GHz and capable of demodulating high-fidelity audio.
Chris, Rutherglen, Peter, Burke
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Here we report experimental results for a carbon nanotube (CNT) based amplitude-modulated (AM) demodulator for modulation frequencies up to 100 kHz. Further, the CNT based demodulator was successfully demonstrated in an actual AM radio receiver operating at a carrier frequency of 1 GHz and capable of demodulating high-fidelity audio.
Chris, Rutherglen, Peter, Burke
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Nature Materials, 2004
Over the past decade of nanotube research, a variety of organized nanotube architectures have been fabricated using chemical vapour deposition. The idea of using nanotube structures in separation technology has been proposed, but building macroscopic structures that have controlled geometric shapes, density and dimensions for specific applications ...
A, Srivastava +4 more
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Over the past decade of nanotube research, a variety of organized nanotube architectures have been fabricated using chemical vapour deposition. The idea of using nanotube structures in separation technology has been proposed, but building macroscopic structures that have controlled geometric shapes, density and dimensions for specific applications ...
A, Srivastava +4 more
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Nanoscale, 2011
To fully exploit the exceptional electronic and mechanical properties of carbon nanotubes in real-world applications, it is desirable to create carbon nanotube networks in which separate, multiple nanotubes are joined so that as many as possible of the properties of single nanotubes are conserved.
G Seth, Roberts, Pisith, Singjai
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To fully exploit the exceptional electronic and mechanical properties of carbon nanotubes in real-world applications, it is desirable to create carbon nanotube networks in which separate, multiple nanotubes are joined so that as many as possible of the properties of single nanotubes are conserved.
G Seth, Roberts, Pisith, Singjai
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Nature, 2013
The miniaturization of electronic devices has been the principal driving force behind the semiconductor industry, and has brought about major improvements in computational power and energy efficiency. Although advances with silicon-based electronics continue to be made, alternative technologies are being explored.
Max M, Shulaker +6 more
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The miniaturization of electronic devices has been the principal driving force behind the semiconductor industry, and has brought about major improvements in computational power and energy efficiency. Although advances with silicon-based electronics continue to be made, alternative technologies are being explored.
Max M, Shulaker +6 more
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ChemInform, 2003
AbstractFor Abstract see ChemInform Abstract in Full Text.
D. TASIS +3 more
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AbstractFor Abstract see ChemInform Abstract in Full Text.
D. TASIS +3 more
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Carbon-based sorbents: Carbon nanotubes
Journal of Chromatography A, 2014Carbon nanotubes (CNTs), as an advanced material, have been widely used in various fields since its discovery in 1991. In recent years, as an excellent adsorption material, the pure and modified CNTs are successfully used for the purification and enrichment of food, medicine, environmental samples and so on.
Xiaojing, Liang +4 more
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