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Both BNNFs and newly grown fibrous materials are observed.
The materials are observed to transition from a rubbery-like behavior under low strain rate (∼10−3 100 s−1) loading conditions to either a leathery or glassy-like behavior under high strain rate (∼10−3 s−1) loading conditions.
Different key parameters consisting modeling element size, absolute/periodic boundary conditions, volume fraction of nanotubes, aspect ratio of nanotubes, anisotropy class of the nanocomposite, elastic and piezoelectricity contrast between constituent materials are observed within the current research.
On the basis of the simulated results, the comparisons between the theoretical results and the experimental ones are executed, and the good agreement between the two and more complete and larger cluster structures in the actual macroscopic materials are observed.
The similar conductivity properties of these materials are observed at all the temperatures.
Inflammable solvents and adhesives should be stored under conditions where the usual precautions applicable to such materials are observed.
Similar(53)
The major difference in behavior of the two materials is observed in the middle of the first charge.
One of these materials was set on the fiber scintillator plate and imaging was conducted to check the structures of these materials were observed.
Tryptophan-like, fulvic-like and humic-like materials were observed in SFS.
Microstructures of the worn materials were observed with scanning electronic microscope to help analyze wear mechanisms.
Furthermore, rapid gas decompression failure of these elastomeric materials was observed under real service conditions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com