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The discovery is catching researchers' attention because the particles can play an indirect role in ozone destruction.
This explains how nanodiamond particles can play a key role in hydrogen (H2) dissociation and be terminated by the hydrogen (H) at relatively low temperature.
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When particles crash into the semiconducting material at the heart of their detector, they heat it by tiny amounts, which it records.The trouble is that any particle can play this game.
Particle size can play an important role in influencing the transfection efficiency.
While larger particles, such as pollen and fungal spores may be able to promote droplet formation without further size increases (Pope 2010; Hassett et al. 2015), smaller particles must grow before they can play this role.
At higher particle concentrations (typically more than 0.6 vol.%), dependent and multiple scattering phenomena can play a role since the particles are closely packed [30].
Gas eddies or fluctuations can play an important role in transporting particles to and from the wall.
Of course, one can play games like enlarging pre-existing FG particles, couple such enlargement with a switch in colors etc.
The number of carbon and viscosity of solvent and crystallite size can play the important role in the agglomeration of particles.
They work on different morphological information and can play complementary roles in the characterization of particle morphology.
There is considerable evidence that sols, or colloidal oxides, can play a critical role as precursors to the primary particles of crystalline or amorphous oxides.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com