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Fig. 8 Measured dust deposition density.
Dust deposition density on the PV module accounted to 9.6711 g/m2 over the study period.
Dust deposition density increases as the time period of exposition increases.
Dust deposition density has adverse effect on the transmittance as shown in Fig. 9.
Figure 3 SEM images of mesoporous silica films differing in GNR deposition density.
Sub-10-nm gaps between neighboring particles have been formed when GNP deposition density increases.
So dust deposition density and transmittance are inversely related to each other.
Fig. 9 Effect of dust deposition density (gm/m2) in Transmittance.
Finally, the relationship between Raman signal amplification capability and GNP deposition density has been further investigated.
The energy deposition density caused by different proton beam profiles are also calculated and compared.
Figure 1 shows the contaminated deposition density map for 134, 137Cs (the unit of deposition density is Bq m− 2) measured from October to November 2011 by the Ministry of Education, Culture, Sports, Science and Technology, Japan (MEXT) (2011).
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