For instance, Hasegawa [1] estimated CO2 emissions among industries at the prefectural level in Japan in 1995 and 2000 and clarified the differences in emissions structures among regions and industries.
Notably, Su and Ang [6] argued that it is essential to consider spatial aggregation in a country with large regional variations in emissions structures, particularly for large countries such as China.
In the cases of Japan and Korea, who have been known as highly efficient in fossil fuel consumption and environmental friendly in production process, they shared a quite similar PM2.5 emission structure.
With the overall embodied GHG emissions taken into account, the constructed wetland is shown to be remarkably less carbon intensive than the conventional wastewater treatment system, and the contrast in GHG emission structure is also revealed and characterized.
This implies that the emission structure of the global GHG intensity of products belonging to the same broad category do not exhibit any great similarity.
Emission structures of the photosphere and chromosphere appear to be similar, both revealing a dark umbra and a less dark penumbra.
It allows for an investigation if the emission structures remain the same over time or if they change from one campaign to the following one.
Analysis of the PS by micro-Raman spectroscopy was undertaken simultaneously with micro-photoluminescence spectroscopy to enable correlation of the characteristics of the luminescence spectra with the probable emission structures.
At present, Si nanocrystals (Si-nc) embedded in SiO2, or SiO2 Si-nc, have been widely accepted aSiO2 Si-ncing material for Si lighavemission due to their stabeenlight emission, robust structure, and stimulated emission feature (JZ and ML, unpublished data) [1–26].
The aim of this review is twofold; on the one hand, we show relevant information in relationship to actual quantification of Si-nCs about their size, electromagnetic range of emission, molecular structure, and important parameters which are responsible for making variations of these properties.
