Research data supporting "Agglomeration Dynamics of 1D Materials: Gas-Phase Collision Rates of Nanotubes and Nanorods"

The dataset includes the following data that corresponds with figures in the Small paper. - Nanotube collision kernel versus nanotube length scale for non dimensional and dimensional nanotubes of lengths 10^2 to 10^6 nm - Smoluchowski radii for bent nanotubes of lengths 10^2–10^6 nm - Nanotube collision kernels for bent nanotubes - Nanotube collision geometries of centroid separation, collision angle and elongation due to realignment - Probability distribution of bundling process of the CNTs from an initial concentration - Number of nanotubes in a bundle - Bundling time based on collision kernel - Probability density of nanotubes in the aerogel reactor, and e) the resulting bundling time. f) The bundling time for varying nanotube lengths compared to total nanotube reactor residence time and aerogel region residence time.