Exact(2)
(e, f) EDS spectra of the CCTO/Au1 sample detected at a bright particle on GB and a regular grain, respectively; insets of (e) and (f) show the testing EDS points, indicated by rectangular areas.
For both specifications, both the primary and secondary peaks were observable, but the intensity trough between the peaks in the 3.1 μm case was shallower as the spacing between the bright particle monolayers approached the theoretical axial resolution for the optical imaging system.
Similar(58)
Importantly, the software filters out particles of insignificant brightness (i.e., noise) and aggregates (i.e., unusually bright particles).
We suggest two explanations for the apparent spatial association of the bright particles with the pits.
It can be seen that the attached particles (bright particles) are distinguished clearly in the BSE image, which further confirms the VLS growth mechanism of the nanotubes.
Apparently, the bright particles on the surface of the nanowires reveal the presence of NiSi nanoparticles which were found randomly distributed on the surface along the nanowires.
The backscattered electron image of the cross-section nanowires is illustrated in Fig. 2b and shows the presence of bright particles sticking to their surface.
The number of pits increased with cycles of ultrasonication, concurrently with the decrease in the abundance of bright particles (Figure 4D-F).
Early reports suggested that Occator's bright spot could be emitting water vapor into space vapor that could loft dust above the surface and also condense into bright particles of ice.
The small bright particles in the SEM images of sintered olivine were identified as magnetite from the thermal-etching processes via energy-dispersive X-ray spectroscopy (EDS) and Raman analysis Fig. 2 Crystal size distribution (CSD) of a olivine and b clinopyroxene obtained from the samples sintered for 2 h at different temperatures.
As shown in the bottom side view (Fig. 2d), the bright particles residing on ends of the nanowires are originated from the Au electrode, which indicates that the contact between the nanowires and the Au films is compact, this is important for the reliability of the transport property as reported in previous work [11].
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