Exact(8)
The presence of porous particles is expected after the sublimation of ice crystals during freeze drying process.
Thus, an enhancement of the melting point for the samples with larger particles is expected, consistent with our experimental results.
Coating deposited by higher kinetic energy and adequate surface temperature molten particles is expected to be dense and hard.
At low microwave power, the plasma density is low and hence slow rate of carbon supply to the catalyst particles is expected.
A mixture containing such particles and TiO2 particles is expected to absorb more photons, with wavelengths approximately ranging from the ultraviolet to the red region.
The fusion of the particles is expected to lead to an enhanced injection of hot electrons when illuminated at the plasmonic frequency.
The increasing in the collusion between molecules of 2,4-DCP and Fe-MCM particles is expected with increasing of initial concentrations of pollutant.
In case of deposited Ni-particles, coupling between the particles is expected due to the large anisotropy between the two magnetization directions.
Related(1)
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