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Structural analysis by high-resolution transmission electron microscopy shows a highly periodic structure with abrupt interfaces.
Transmission electron microscopy shows a homogeneous population of spherical micelles either with or without Ptx.
Light microscopy shows a typical needle-like structure of crystalline entities at crystallization temperatures ranging from 115 to 150°C.
Scanning electron microscopy shows a UHMWPE matrix in which spherical particles are partly agglomerated and homogeneously distributed.
Fig. 2 a Microscopy shows a hypercellular pattern of pleomorphic spindle cells and epithelioid cells with prominent nuclei and mitotic figures (hematoxylin and eosin stain).
Atomic force microscopy shows a homogeneous and flat GZO layer surface with a roughness RMS of about 2.5 μm in 5 μm × 5 μm area.
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X-ray photoelectron microscopy shows an evidence of fine citrate layer on the grain boundaries.
The fibre dispersion observed by optical microscopy shows an important heterogeneity and many contacts between fibres.
Scanning electron microscopy shows an apparent good wetting of the nanotubes by the PVA matrix.
The morphology of the samples observed by atomic force microscopy shows an epitaxial alignment of pentacene crystallites, which corroborates the molecular orientation observed by X-ray diffraction pole figures.
Images from the confocal microscopy show a difference of adhesion between Pseudoalteromonas 3J6 and diatoms.
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