Novel hybride materials and related methods and devices

Jorma Virtanen; Mikko Tilli; Pasi Keinänen

Novel hybride materials and related methods and devices

Jorma Virtanen (Inventor), Mikko Tilli (Inventor), Pasi Keinänen (Inventor)

Research output: Patent

Abstract

The invention provides devices and methods for end and side derivatization of carbon nanotubes. Also facile methods to attach moieties and nanoparticles on the side walls and both ends are described. The invention provides hybide materials for analytical, and optoelectronic purposes as well as materials applications. Materials have improved properties in the areas of tensile, electrical and thermal conductivity.

Original language	English
Patent number	US2009171106
IPC	C07D 301/ 00 A I
Priority date	11/10/05
Publication status	Published - 2 Jul 2009
Publication type	H1 Granted patent

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title = "Novel hybride materials and related methods and devices",

abstract = "The invention provides devices and methods for end and side derivatization of carbon nanotubes. Also facile methods to attach moieties and nanoparticles on the side walls and both ends are described. The invention provides hybide materials for analytical, and optoelectronic purposes as well as materials applications. Materials have improved properties in the areas of tensile, electrical and thermal conductivity.",

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AU - Tilli, Mikko

AU - Keinänen, Pasi

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N2 - The invention provides devices and methods for end and side derivatization of carbon nanotubes. Also facile methods to attach moieties and nanoparticles on the side walls and both ends are described. The invention provides hybide materials for analytical, and optoelectronic purposes as well as materials applications. Materials have improved properties in the areas of tensile, electrical and thermal conductivity.

AB - The invention provides devices and methods for end and side derivatization of carbon nanotubes. Also facile methods to attach moieties and nanoparticles on the side walls and both ends are described. The invention provides hybide materials for analytical, and optoelectronic purposes as well as materials applications. Materials have improved properties in the areas of tensile, electrical and thermal conductivity.

M3 - Patent

M1 - US2009171106

ER -

Novel hybride materials and related methods and devices

Abstract

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