Sentence examples for extinction factors from inspiring English sources

Comparison of the calculated extinction factors of the aggregate 1 (solid line) and aggregate 2 (dotted line) in Fig. 5 and the extinction factors obtained with a sphere (dashed line) of about X = 1.

To investigate extinction factors for sake brewing, we conducted an oral survey with individuals who were engaged in local sake brewing in 1925.

Calculation of the absorption, scattering, and extinction factors of two-layered spherical NPs was made on the base of extended Mie theory (Kattawar and Hood 1976; Bhandari 1985).

Figure 7 shows four plots, with each one representing a comparison of the extinction factors obtained in two cases: (1) a mixture of the 75% of CO ice and the 25% of silicate; (2) pure CO ice.

The extinction factors of CO ice stretching mode for four of the aggregates shown in Fig. 3 with X values of 0.5 (upper left), 1 (upper right), 1.5 (bottom left) and 2 (bottom right) and monomer radius of 0.1 μm, including a 25% of the silicate (dotted line) compared with the results previously obtained for these aggregates without silicate (solid line).

In Section 2, we consider ice spheres that range in size from the Rayleigh regime to larger sizes and calculate the extinction factors at low temperature not only for the CO ice stretching mode but also for two bands of the CO2 ice at 2345 and 657.8 cm-1.

Activity in units (U) was calculated using the law of Lambert Beer with an extinction factor of 36,000 M−1 cm−1.

Concentrations were calculated on the basis of a molecular extinction factor at 450 nm of 134,000 l · mol−1 · cm−1.

The phenol phase was separated and subsequent to addition of five volumes of diethylether and 1 volume of water, the siderophore concentration of the aqueous phase was measured photometrically using a molar extinction factor of 2996/440 nm (M−1 cM−1).

Indeed, we note the very different behaviors of the ratios S for the two models (Fig. 3 and Fig. 4 bottom-right): the absorbing fractal core coated with transparent compound exhibits shift of the absorption and extinction efficiency factors peaks to the UV, compared to the coated sphere of same composition.

Q ext is the extinction efficiency factor, which is the ratio of the extinction cross-section to the geometrical cross-section, as defined in [13].