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The transmission electron microscopy shows the well crystallized Li2MnSiO4 nanoparticles.
Scanning electron microscopy shows the components to be well mixed with little sign of phase separation.
Electron microscopy shows the formation of nm-scale metallic clusters binding through the dangling bonds of the unsaturated sulfides.
Scanning electron microscopy shows the existence of roughness and porosity at the micron level scale in the blend fiber surface that could be potentially advantageous for cell attachment.
Scanning electron microscopy shows the char to be composed primarily of fibers which retain the general morphology of plant-based fibers.
Scanning electron microscopy shows the coprecipitated phases present the smallest individual crystallite sizes (ca. 150 nm) with the largest crystallites (2 4 μm) for urea hydrolysis.
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Atomic force microscopy showed the original smooth surface disappeared.
(F) Unstained frozen tissue of submucosa of a bile duct imaged by fluorescent microscopy, showing the reticular pattern in this layer of bile duct wall.
Scanning electron microscopy showed the spherical particle morphology of the inhalable particles.
Light microscopy showed the formation of a more dense cartilaginous layer at the matrix periphery.
Furthermore, TEM-EDX microscopy showed the cellular localization of uranium needle shaped precipitates.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com