Chemical reactions, responsible for different morphologies, are proposed and structural elucidation and morphological evolution studies of Co3O4 electrodes are attempted.
The mechanism responsible for the formation of various top-end morphologies was proposed.
The synthesis mechanism of SBA-16 exhibiting different morphologies was proposed.
Finally, a mechanism of formation of different polymer morphologies is proposed.
A probable mechanism for the formation of the self-assembled giant rutile TiO2 mesocrystals of various sizes and morphologies is proposed based on the experimental results.
A multi-criteria approach based on descriptive, correlation and multivariate statistics and mathematical morphology was proposed to investigate long-term morphological changes in a metropolitan region (Attica, Greece) representative of the 'Mediterranean compact city' archetype.
A shish kebab model for the filament morphology was proposed.
The possible mechanism that is responsible for the observed morphology was proposed.
A new candidates segmentation method, based on mathematical morphology, is proposed.
A hypothesis regarding the fiber׳s fused-nodular skin morphology is proposed and supported by confirmatory experiments.
