The two identified dominant modes are at about 0.5 Hz and 1.3 Hz respectively.
In particular the two modes are at X = 0 and X = 1 if ν β p = 1.
The maxima and minima of ΔI occur when one of the two modes is at the central frequency.
Understanding, and preventing, these failure modes is at the heart of developing new armour materials and systems.
The first, second, and third plasmon modes are at 1,870, 960, and 700 nm. Figure 3 Electric field distributions at the first, second, and third modes of GNR.
The center of mass of the population of the mode 3 particles is found to be 51.3 km and that of all three modes is at 55.1 km.
The peaks of these plasmon modes are little red-shifted from those induced by a plane wave, where the first and second modes are at the NIR regime.
Figure 4a,b indicates that the first, second, third, and fourth modes are at 1,910, 970, 710, and 610 nm, respectively.
These curves show that the first (dipole), second (quadrupole), and third (sextupole) plasmon modes are at 1,870, 960, and 700 nm, respectively.
Assigning the DEGs into functional categories and expression patterns, we realized that multiple modes are at work for heterosis.
