Traditionally, SWNTs have been prepared by electric arc-discharge, laser ablation, or
chemical vapor deposition (CVD) methods, yielding tubes of various diameter and length …

Carbon is anything but a new material, yet ubiquitously applicable for many catalytic
transformations in modern organic chemistry. It is highly versatile, as it occurs as …

A review of modeling techniques for predicting the mechanical behavior of polymer
nanocomposites is presented. A detailed discussion of Computational Chemistry and …

A core− shell hybrid nanostructure, possessing a hard backbone of multiwalled carbon
nanotube (MWNT) and a soft shell of brushlike polystyrene (PS), was successfully prepared …

The magnetic modification of carbon nanotubes is described here. Pyrene can be
noncovalently attached on the carbon nanotube surface. A carboxylic derivative of pyrene is …

A dispersion of raw HiPco single-walled carbon nanotubes in methanol has been subjected
to ozonolysis at− 78° C, followed by treatment with various reagents, in independent runs, to …

Carbon nanotubes have emerged as unique carbon allotropes that bear very interesting
prospects in catalysis. Their use is mostly related to that of supports for inorganic metal …

A combination of experimental and theoretical results was used for the structural
characterization of Carbon dots (Cdots). The synthesis of the Cdots was performed using …

Creating hybrid nanostructures consisting of disparate nanoscale blocks is of interest for
exploring new types of quantum device architectures. Here, we demonstrate the novel …

Single-walled carbon nanotubes (SWNTs) can react with potassium hydroxide through a
simple solid-phase mechanochemical reaction at room temperature to produce single …