A method for making a carbon nanotube composite includes: (a) providing at least one carbon nanotube film and at least one polymer film; (b) forming a carbon nanotube film structure with the carbon nanotube film on a surface of the polymer film to obtain a carbon nanotube composite preform; (c) pre-combining the carbon nanotube composite preform to obtain a treated carbon nanotube composite preform; and (d) heating and pressing at least one treated carbon nanotube composite preform to achieve a carbon nanotube composite.

Method for making carbon nanotube composite

A high capacity electrode includes a conducting substrate on which a plurality of support filaments are disposed. Each of the support filaments have a length substantially greater than their width and may include, for example, a carbon nano-tube (CNT), a carbon nano-fiber (CNF), and/or a nano-wire (NW). The support filaments are coated with a material, such as silicon, having a greater ion absorbing capacity greater than the neat support filaments. A trunk region of the support filaments proximate to the substrate is optionally kept free of ion absorbing material. This trunk region allows for the expansion of the ion absorbing material without detaching the support filaments form the substrate.

High Capacity Electrodes

A carbon nanotube-based composite material includes a polymer matrix and a plurality of carbon nanotubes in the polymer matrix The plurality of carbon nanotubes form a free standing carbon nanotube film structure A method for fabricating the carbon nanotube-based composite material includes: providing a polymer matrix comprising a surface; providing at least one carbon nanotube film comprising a plurality of carbon nanotubes; disposing the at least one carbon nanotube film on the surface of the polymer matrix to obtain a preform; and heating the preform to combine the at least one carbon nanotube film with the polymer matrix

Carbon nanotube-based composite material and method for fabricating the same

A composition comprising at least 50 weight % of a first particulate electroactive material and 3-15 weight % of a carbon additives mixture comprising elongate carbon nanostructures and carbon black, wherein: the elongate carbon nanostructures comprise at least a first elongate carbon nanostructure material and a different second elongate carbon nanostructure material; and the elongate carbon nanostructures : carbon black weight ratio is in the range 3 : 1 to 20 :1.

Composition of si/c electro active material

A method of forming a particulate material comprising silicon, the method comprising the step of reducing a particulate starting material comprising silica-containing particles having an aspect ratio of at least 3 : 1 and a smallest dimension of less than 15 microns, or reducing a particulate starting material comprising silica-containing particles comprising a plurality of elongate structural elements, each elongate structural element having an aspect ratio of at least 3 : 1 and a smallest dimension of less than 15 microns.

Method of forming silicon

A lithium battery includes an anode and a cathode. The anode includes a first carbon nanotube structure, the first carbon nanotube structure incudes at least a carbon nanotube film. The cathode includes a second carbon nanotube structure, the second carbon nanotube structure including a carbon nanotube film structure and a plurality of active material particles dispersed in the carbon nanotube film structure. A method for making the anode of a lithium battery includes the steps of: providing an array of carbon nanotubes; making a first carbon nanotube structure; providing a negative current collector; and disposing the first carbon nanotube structure on the current collector, and thereby, achieving the anode of lithium battery.

Lithium battery and method for fabricating anode thereof

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Lithium battery and method for fabricating anode thereof