Sentence examples for this spectrum shows from inspiring English sources

This spectrum shows a peak centred at 285.4 eV with a fwhm of 1.4 eV and a weaker peak at 289 eV.

This spectrum shows a typical feature of the double-layer capacitor of MWCNTs with a square-like CV and the oxidation wave with the maximum at −0.48 V associated with the redox activity of polypyrrole.

This spectrum shows the series of surface state electron resonances in inside a circular quantum corral on Cu(111)—see Fig. 3 for a visualization of the relation between the peaks and the complex resonance poles.

This spectrum shows that 31P signal is dominated by a broad peak, which can unambiguously be ascribed to solid-state 31P given its short T2 of ~85 μs (FWHM ~18.5 ppm) and long T1 of ~20 s (fitted from spectra acquired for five different TR, data not shown).

This spectrum shows deviations from the typical spectra of calcite materials ideally prepared for IR spectroscopy.

Interestingly, this spectrum showed that the secondary electron edge had shifted by 300 meV (Δϕ = −0.30 eV) toward lower kinetic energies relative to the pristine monolayer EG, indicating n-type doping due to aniline.

Analysis of this spectrum showed a 423 nm Soret band, plus visible bands at 526 nm and 556 nm, clearly indicating the presence of the ferrohaem-HmuY complex (data not presented).

The maximum peak occurred at 280 nm in this measurement, and the spectrum shows no obvious change between both deposition times, possibly because of the location of the structures, as the inset graph shows the absorption spectrum from the simulation in which the structures are in constant arrangement and spacing.

This portion of the spectrum shows distinct changes in the number, position, and width of spectral peaks when a solution forms.

Swing around to the other end of the spectrum, shows like Planet Earth on Discovery.

The reason is that the spectrum shows us more than just colors.