A compressed stiff film/compliant substrate system undergoes a morphology transition from wrinkling to period-doubling.
The influence of architecture conditions on the morphology transition from finger-like to sponge-like structure and the "short circuit" effect are investigated.
Similar to literature reports, the loading of high concentration of CPT is observed to cause morphology transition from micelles to vesicles.
The increase of liquid diffusion coefficient DL will also trigger the Rayleigh instability to accelerate the morphology transition from plate to cylindrical for the liquid phase.
Based on that, the effects of several parameters on the morphology transition from core-shell to Janus droplets was studied systematically.
However, one of the most important factors for the observed higher fc for the CCTO/Au system clearly suggested a morphology transition from nanocomposite to microcomposite as Au NP concentration was increased to 20 vol.%.
Morphology transition from dense, cone-like structure at 100 mTorr to porous open structure at higher ambient gas pressure (200 400 mTorr) enabled large internal surface area where the local maximum was obtained at 300 mTorr.
It was found that the overall growth rate constant of the target polymorph increases linearly with H2O concentration in organic solvent along with a distinct crystal morphology transition from needles to platelets.
A unique in-situ morphology transition from multiwall carbon nanotubes (MWCNT) to graphene nanosheets (GNS) upon Li intercalation results in enormous increase in capacity of SnO2/MWCNT composites anode during cycling.
With the increase of melamine amount, the growth rate of nanotubes increases significantly, and the inner structure of CNx NTs displayed a regular morphology transition from straight and smooth walls (0 at.% nitrogen) to cone-stacked shapes or bamboo-like structure (1.5%), then to corrugated structures (3.1% and above).
