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The morphologies of TiC particles changed from the globular, cluster to flower-like shape.
At the end, the morphology of the particles changed to spherical again at 550°C.
On going from lower to higher concentration shape of silver particles changed from spherical to large agglomerated particles.
With the increase of PMMA/PS ratio, the particles changed the morphology from capped acorn to 'ball in bowl' morphology.
Some F-bearing CaCO3 particles changed shape when they interacted with the ambient laboratory atmosphere which might indicate their highly unequilibrated state as a result of fragmentation.
The concentration of 3 6 nm particles changed little during the eclipse, indicating that their formation rate was suppressed compared to regular NPF days at SMEAR II when their concentration usually increases rapidly around noon31,32.
Similar(39)
One of the bugbears of high-energy electron positron machines is synchrotron radiation: that is, the radiation emitted whenever beams of charged particles change direction.
The actual atmospheric conditions, especially those due to aerosol particles, change both spatially and temporally.
During coarsening the particles change their shapes from circles to fourfold symmetric shapes to twofold symmetric shapes.
The photon exchange is merely the "force" of the interaction, because interacting particles change their speed and direction of travel as they release or absorb the energy of a photon.
Additionally, particles change their velocities and next positions by regarding previous recorded gbest.
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CEO of Professional Science Editing for Scientists @ prosciediting.com