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It shows that with changing the Li/Si molar ratio, the morphology changed from flower-like structure to a mixture of morphologies.
It shows that with changing the Li/Si molar ratio to 1 5, the morphology changed from a mixture of sphere- and rod-like structure to a nearly layer-like structure with no certain orientation and regular shape.
The morphology changed from straight rods to helical ribbons as relative humidity decreased.
The NCD morphology changed from "cauliflower-like" to a smoother surface after the nitrogen-plasma immersion.
The diameter of HA fibers increased and the morphology changed from fiber to sheet-like structure as the concentration of HA solution increased.
With increasing solution concentration, and thereby the solution viscosity, the morphology changed from beads to bead-on-string fibers to continuous cylindrical fibers.
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In the sequence of decreasing copper concentration, the surface morphologies changed from flat to nano-crystalline with nano-sized pores.
In PET/PEN blends, the morphologies changed from the PET-type to the PEN-type with increasing content of PEN.
Tapping mode atomic force microscopy (TM-AFM) revealed that with the increase of dendrimer size, the film morphologies changed from fibrous to dendritic, indicating a strong shell-dependent molecular packing.
The results indicated that by increasing the concentration of non-solvent additives, the morphologies changed from finger-like to sponge-like, and the outer skin-layer thickness was slightly increased.
The aggregate morphologies changed from spheres to rods, long tailed solid large compound spheres, and to long tailed hierarchical vesicles by adding 0.5, 10 and 30 wt% of toluene to the organic solvent, respectively.
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CEO of Professional Science Editing for Scientists @ prosciediting.com