Sentence examples for spectrum of reference from inspiring English sources

(a) SERS spectrum of reference crystal violet compared to (b) that of Winsor & Newton mauve 20th century edition (λexc = 488 nm).

(a) Raman spectrum of reference Pigment Red 3, or Hansa Scarlet RNC, compared to (b) that of Winsor & Newton spectrum red 20th century edition (λexc = 785 nm).

(e) Raman spectrum of reference indigo compared to those of Winsor & Newton neutral tint (f) 20th century edition and (g) 19th century edition (λexc = 785 nm).

(a) Raman spectrum of reference alizarin compared to (b) that of Winsor & Newton neutral tint 20th century edition, and (c) Raman spectrum of reference carmine naccarat compared to (d) that of Winsor & Newton neutral tint 19th century edition (λexc = 488 nm).

(a) SERS spectrum of reference alizarin compared to (b) that of Winsor & Newton neutral tint 20th century edition, and (c) SERS spectrum of reference carminic acid compared to (d) that of Winsor & Newton neutral tint 19th century edition (λexc = 488 nm).

Fig. 5. Left panel is R n spectrum of reference MLI lithospheric field (black) and difference between it and a "field only" derived model (red) and between it and the final "field plus gradient" derived model (blue) at Earth's surface.

Fig. 4 Raman spectra of reference non-nitride, unannealed, and annealed dilute nitride GaAs/GaAsSbN/GaAs core-multi-shell nanowires.

Figure 9 shows the XANES spectrum of Sn K-edge for a Sn-doped TiO2 thin film with a Sn content of 37.6 at.%; the spectra of reference samples are also shown.

Figure 6 presents the FTIR-ATR spectra of reference parchment, collagen, gum arabic, iron (II) sulphate, along with spectra of dried samples taken from the LIG and LIGG ink formulations.

Qualitative comparisons and linear combinations of XANES spectra of reference compounds were used to determine dominant components in the sediment samples for elements for which good quality EXAFS spectra could not be obtained.

Fig. 3 a Pre-edge features of bulk XANES spectra of reference salt mixtures (K2Cr VI O4 and Cr2 III O3) b The intensity of Cr VI) pre-edge height of reference spectra in Fig. 3a as a function of Cr VI /Total Cr Fig. 4 Chromium surface speciation at the magnetite-water interface as a function of pH (4.02 ± 0.1 and 9.04 ± 0.03) and electrolyte concentrations.