The reference spectrum marked in red in Fig. 2c, f was used to map the GNP distribution in Fig. 2b, e.
The spectrum marked as (curve i) shows the energy loss along the trajectory marked with a red dot where a resonance peak can be clearly seen at 2.4 eV, the one marked as (curve ii) shows the peak at 2.5 eV approximately corresponding to the trajectory through the nanoparticle marked with the blue dot.
It's long been my opinion that anyone who refuses to drink in a Wetherspoons is, in life's order of people, right up there on the red side of the spectrum marked 'bad shits'.
With white, black, and component colors of the white light spectrum marking each integer from 0 to 9, she tried to capture the randomness of π's expansion.
Some traces of MoS2 could also be observed in some spectra, marked by arrows.
Two representative EELS spectra marked by the two colored dots are displayed in the chart.
One of these spectra marked with the blue dot and labeled as (cuve ii) is shown for display.
d, e, f The dark-field hyperspectral image, mapped image using the reference spectra marked in red in (f), and reflectance spectra of GNPs of size 50 nm, respectively.
a, b, c The dark-field hyperspectral image, mapped image using the reference spectra marked in red in (c), and reflectance spectra of GNPs of size 20 nm, respectively.
The spectra marked by green in Fig. 10(a) and marked by green and blue in Fig. 10(b) have a larger average of DoP values.
On the other end of the spectrum, Mark P Orwoll, the international editor of Travel + Leisure magazine, eschews bring-you-own pillows.
