Single-wall carbon nanohorns (SWCNHs) with different morphologies were generated by direct current arc-discharge between pure graphite rods in different atmospheres, including air, CO2 and CO.
The increasing number of morphologies being generated by BigNeuron fulfills the first requirement, and the inclusion of NeuroM in the BigNeuron extension pipeline brings a common set of quantitative analysis tools to the community.
By blending 90 wt% of PVDF with 10 wt% ABS, matrix-droplet morphologies were generated and by grafting SAN onto MWNTs, the localization of the nanotubes was tuned to fill the droplet phase which otherwise prefers the matrix phase (here PVDF); driven by thermodynamics.
Colonies with a similar morphology are generated by the MDA-MB-231 cells in Matrigel-based cultures (data not shown).
By varying these initial conditions, microparticles with different diameter and morphology were generated.
A three-dimensional grain-boundary formulation is used to simulate intergranular degradation and failure in the microstructure, whose morphology is generated using the Voronoi tessellations.
While spinodal demixing was clearly the mechanism by which the primary morphology was generated, nucleation-growth could be responsible of the secondary phase separation.
It is believed that the new crystalline morphology was generated by a process of complete lamellar destruction followed by the stress-induced recrystallization of extended chain segments.
In contrast, at 24 °C, the voltage increase was comparatively negligible and a sponge-like film morphology was generated that contained significant inter-cell porosity.
Immediately after the temperature jump from the melt to 130 °C, the stacked lamellar structure of FCC morphology was generated at first.
