Sentence examples for upper spectrum from inspiring English sources

The upper spectrum in Figure 4d is obtained from the plant SiO2 substrate, which represents typical characteristics of monolayer graphene.

The upper spectrum appropriates to the bottom spectrum with the intensity multiplied by the factor of 50.

b, Raman spectra of the graphene-delaminated bare copper (the lower spectrum) and of the graphene-covered copper (the upper spectrum).

On the upper spectrum a single G peak is observed while on the lower one (collected in the bottom part of the ribbon) a clear G band splitting shows that both layers are not evenly doped.

In this case, the precoder for the upper spectrum block has six notched frequencies in the upper stopband and zero notched frequencies in the lower stopband and the precoder for the lower frequency block has six notched frequencies in the lower stopband and zero notched frequencies in the upper stopband.

The fragments m/z 421 (loss of one water molecule) and m/z 305 (loss of 134 Da) were noticeably larger in the spectrum of 1-glucuronide 2. Fig. 1 CID product ion spectra of m/z 439.1 of glucuronides 2 (upper spectrum) and 3 (lower spectrum) magnified by a factor of two.

Fig. 2 The overlay of the 1H-1H TOCSY (blue) and ROESY (red) spectra of Ga3+-CP04 complex (upper spectra) and Lu3+-CP04 complowerlower spectra).

The upper spectra for ES1 show the formation of cyclic carbonate as seen by the C = O band (ES1-CCPDMS); the results are as obtained by K. Aguiar et al. [6].

In each figure, the upper spectra are the measurement results of the HPLC fractions, and the lower spectra show the same chemical shift range from H NOESY NMR spectra of reference urine and feces samples.

As shown in Figure  4B, phosphorylation of Ser428 in Ran GTPase-activating protein 1 (RanGAP1), a critical regulator of the small GTPase Ran (RAN -dependent nucleoplasmic tRAN -dependent 32], was up-regulated 1.8 fold inucleoplasmic protransportMNNG-treated TK6 cells, but the up-regulation was not detected in MNNG-treated MT1 cells (upper spectra).

Right-upper: spectra of electrons escaping the NP, as compared to the case when the NP is replaced by normal water or water with a density equal to gold.