Sentence examples for maxima peaks at from inspiring English sources
The fast Fourier transform (amplitude spectrum) of the measured transient time-signal will show maxima (peaks) at certain frequencies, which represent particular resonance modes as show in Figure 13. Figure 13 (Top) IE raw data of one channel, C4, in the acoustic array in time domain, and (Bottom) After using Fast Fourier Transform (FFT) in frequency domain.
The polymer LEDs (ITO/PEDOT/polymer/Al) of TEH-PPV showed emission with maximum peaks at around 505 590 nm.
The PL spectra of the films of the polymers showed maximum peaks at 450 460 nm, which are pure blue emissions.
The polymer LEDs of MEH-PPV-co-DMOS-PPDFVs emit light with maximum peaks at around 538 577 nm.
The spectra of the solid films show absorption bands with maximum peaks at 446 457 nm and the absorption onsets at 527 539 nm, corresponding to bandgaps of 2.30 2.35 eV.
The absorption cross section of the antenna is also analysed for various substrate heights and has maximum peaks at the corresponding resonating frequencies.
In solid film state, the TEH-PPV exhibits absorption spectra with maximum peaks at 451 nm, and PL spectrum at 505 545 nm.
The polymer LED with the configuration of ITO/PEDOT/spiro-PCPP/Ca Al emITO/PEDOT/spiro-PCPP/Ca Alemitted around 463 nm.
The polymer light-emitting diodes (PLEDs) with the configuration of ITO/PEDOT/polymer/Al emitted light with maximum peaks at around 517 546 nm.
The spectra of SM1 and SM2 in the solid thin films show absorption bands with maximum peaks at 368, 495 and 397, 517 nm, and the absorption onsets at 598 and 631 nm.
Under UV light (395 nm) irradiation, the coatings displayed strong magenta and red luminescence with maximum peaks at 750 and 650 nm ascribed to the PtPL and PtPP, respectively.
