Major peak at 2θ = 28.3° reveals the part of the sample containing the monoclinic phase of zirconia [24].
The PL spectra for other compositions show a broad spectra and major peak at around 575 nm.
Besides, the imaginary part of dielectric function has one major peak at 1.526 eV in the low photon energies 0 to 2 eV.
It is observed that there is one major peak at 2θ = 25.4° and another small peak at 22°, which are not indexed for monoclinic ZrO2 phase.
The spectra of MG showed a characteristic major peak at 615 nm and two minor peaks at 420 and 305 nm, respectively.
After heating to 80 °C for one minute, the chromatogram showed a major peak at tR = 4.1 min, which validated our original hypothesis.
The temperature maximum at 24 h was the major peak at increasing concentrations of SA, from 1 to 190 μM (A-F).
One major peak at 26° and 32°, and four minor peaks at 40°, 46°, 50°, and 53° were observed (peak of pure CS appeared at 21°).
Note that these periods of spectral peak after the eruption are shorter than those of the geomagnetic D component (major peak at 258 s).
Solvate-IV (obtained from t-butanol using toluene as antisolvent) showed major peak at 2.73 min analogous to retention time for t-butanol.
FA PC has one major peak at 158.2 °C, which differs from the FA peak, indicating an interaction between FA and PC.
