Here, we quantify the electron transport properties of aligned carbon nanotube (CNT)
networks as a function of the CNT length, where the electrical conductivities may be tuned …

The energy losses and geometric constraints associated with conventional curing
techniques of polymeric systems motivate the study of a highly scalable out-of-oven curing …

Polymer matrix nanocomposites (PNCs) incorporating high volume fractions (V f in excess of
10 vol%) of aligned carbon nanotubes (A-CNTs) are promising for high-performance …

The landmark theoretical properties of low dimensional materials have driven more than a
decade of research on carbon nanotubes (CNTs) and related nanostructures. While studies …

Desalination technologies can increase potable water supplies worldwide. One possible
approach, capacitive deionization (CDI), could prove optimal for brackish water treatment. At …

Polymer-derived pyrolytic carbons (PyCs) are highly desirable building blocks for high-
strength low-density ceramic meta-materials, and reinforcement with nanofibers is of interest …

A persistent lack of detailed and quantitative structural analysis of these hierarchical carbon
nanotube (CNT) ensembles precludes establishing processing-structure-property …

Capillary-mediated densification is an inexpensive and versatile approach to tune the
application-specific properties and packing morphology of bulk nanofiber (NF) arrays, such …

Existing theories for quantifying the morphology of nanofibers (NFs) in aligned arrays either
neglect or assume a simple functional form for the curvature of the NFs, commonly known as …

The promise of enhanced and tailored properties motivates the study of one-dimensional
nanomaterials, especially aligned carbon nanotubes (A-CNTs), for the reinforcement of …