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Heat trapped by greenhouse gases is raising ocean temperatures faster than previously thought, concludes an analysis of four recent ocean-heating observations.
We carried out structural analysis and in situ heating observations of Sn-filled CNFs grown by MPCVD.
Further, the in situ heating observations reveal that Sn within the internal space and the carbon wall of the CNFs diffused to the outside during heating.
Moreover, in situ heating observations by ETEM were carried out to reveal the behaviour of Sn within the CNFs under heating.
The diffusion route of Sn in the carbon wall has been discussed in the paragraph describing the in situ heating observations.
Next, we describe the in situ heating observations by ETEM. Figure 4 shows TEM images of the area around the tip of the Sn-filled CNF during heating at 400°C for several time periods.
The structure of the CNFs is investigated, and the behaviour of Sn in the internal space of CNFs is revealed by performing in situ heating observations by environmental transmission electron microscopy (ETEM).
These in situ heating observation results provided us with remarkably important information that Sn can diffuse from within CNF carbon walls with defects to the outside of the CNF.
The holder was inserted into the ETEM chamber, in which structural characterization, elemental analysis, and in situ heating observation by ETEM with electron energy loss spectroscopy (EELS) were performed.
Gao, X. & Wang, K. L. Strength of stick-slip and creeping subduction megathrusts from heat flow observations.
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