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SEM confirmed the homogeneous and well-defined surface morphology in nano range.
Transmission Electron Microscopy (TEM) revealed vesicular, spherical particles with a smooth surface in the nano range.
The likelihood of an explosion increases significantly as the particle size decreases into the nano range.
FESEM micrographs reveal about the leaves like copper pattern, prism-like FTO and needle-shaped MnO2 particles in nano range.
Internalization and uniform distribution of characterized bare ENPs in the nano range without agglomeration was observed in E. coli by electron microscopy and flow cytometry.
The nanolayered structure with confined grains of the nitrides in the nano range was beneficial to the enhancement of the mechanical performance for the multilayer coating.
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However, likelihood of explosion increases significantly for nano-range magnesium.
Cryogel beads showed macroporous internal architecture and nano-range grooves on outer periphery.
Magnesium powders in nano-range (30 200 nm) explode less violently than micron-range powder.
The nanofluids are the mixture of water as base fluid and TiO2 particles in nano-range.
The current work demonstrates the ability to directly form functionalised building blocks in the nano-range with conducting nanoparticulates.
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