Thick films of single wall carbon nanotubes (SWNT) exhibiting in-plane preferred orientation
have been produced by filter deposition from suspension in strong magnetic fields. We …

At the microscopic scale, carbon nanotubes (CNTs) combine impressive tensile strength and
electrical conductivity; however, their macroscopic counterparts have not met expectations …

Fibers of single wall carbon nanotubes extruded from super-acid suspensions exhibit
preferred orientation along their axes. We characterize the alignment by x-ray fiber diagrams …

A generalized spherical harmonics expanded orientation distribution function (ODF) has
been used to study the orientation of SWNTs. A relationship between the second-and fourth …

Biocompatible, electrically conductive microfibers with superior mechanical properties have
received a great attention due to their potential applications in various biomedical …

Continuing miniaturization of flexible electronics demands the generation of microscale fiber-
shaped supercapacitor electrodes with high mechanical flexibility and durability, charge …

In most additive manufacturing (AM) technologies, objects are realized layer by layer. This
layer-by-layer construction leads to inherent anisotropic physical properties. Controlling …

Carbon nanotubes were shown to reinforce aluminium alloy composites prepared by
powder metallurgy and hot-extrusion techniques. We study the influence of the carbon …

Lyotropic nematic aqueous suspensions of single-wall carbon nanotubes can be uniformly
aligned in thin cells by shearing. Homogeneous anisotropic thin films of nanotubes can be …

Vertically aligned carbon‐nanotube arrays are synthesized by chemical vapor deposition.
Carbon‐nanotube fibers are directly spun from the obtained nanotube arrays and then …