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White lines extraction

Figure 20. Structural parameters as a function of time extracted by fitting the data shown in Figure 20. (A) Data collected during the oxidation of the Pt/C electrode and (B) during the reduction long dashes, first shell O coordination number (no. of O atoms) short dashes, first shell Pt coordination number (no. of Pt atoms) solid line, absorption peak intensity (effectively white line intensity).(Reproduced with permission from ref 43. Copyright 1995 Elsevier Sequoia S.A., Lausanne.)... Figure 20. Structural parameters as a function of time extracted by fitting the data shown in Figure 20. (A) Data collected during the oxidation of the Pt/C electrode and (B) during the reduction long dashes, first shell O coordination number (no. of O atoms) short dashes, first shell Pt coordination number (no. of Pt atoms) solid line, absorption peak intensity (effectively white line intensity).(Reproduced with permission from ref 43. Copyright 1995 Elsevier Sequoia S.A., Lausanne.)...
Fig. 8.2. Landsat TM image of the central portion of the Chico Mendes Extractive Reserve in eastern Acre, Brazil. The white line outlines the boundary of the reserve. North is to the top of the image, which covers about 90 km x 90 km. Xapuri is the local urban center. The light areas are deforested lands, principally large cattle ranches. The national highway BR-317 threads through the center of the deforested lands along the eastern side of the image. Data is from August 1989, TM bands 3, 4, and 5. Fig. 8.2. Landsat TM image of the central portion of the Chico Mendes Extractive Reserve in eastern Acre, Brazil. The white line outlines the boundary of the reserve. North is to the top of the image, which covers about 90 km x 90 km. Xapuri is the local urban center. The light areas are deforested lands, principally large cattle ranches. The national highway BR-317 threads through the center of the deforested lands along the eastern side of the image. Data is from August 1989, TM bands 3, 4, and 5.
Figure 65. Capillary GC - AED chromatogram at the 837 nm emission line of a white wine extract recorded under RTL conditions Table 7. Results of retention time locked pesticide data base search... Figure 65. Capillary GC - AED chromatogram at the 837 nm emission line of a white wine extract recorded under RTL conditions Table 7. Results of retention time locked pesticide data base search...
FIGU RE 10.7 Image analysis (a) IMS-MS and (b) IMS-a-IMS-MS of (1) a blend of PEG (-2000 Da) and PPG (-2200 Da) with inset ( ) as well as (2) random copolymer of EO and PO (JEFFamine, -2000 Da) doped with cesium chloride with inset 2 ). Inset regions (F, 2 ) are indicated with dashed squares in (1, 2) note that the inset regions were taken from areas with the most prominent features and thus differ between (a) and (b). A white line is included to guide the eye for changes within insets of (a) and of (b), respectively. Charge state families for both samples of different polymeric materials are denoted as extracted from the mass spectra. For additional information refer to Trimpin, S. and Clemmer, D. E. Anal Chem. 2008, 80,9073-9083. (With permission.)... [Pg.226]

Figure 4.1 An EELS spectrum acquired from a Co oxide, showing the technique used to extract the intensities of white lines... Figure 4.1 An EELS spectrum acquired from a Co oxide, showing the technique used to extract the intensities of white lines...
Figure 12 HREM images of K20-7Nb205 along the c-axis from (a) a well-aligned crystal and (b) the same crystal tilted 5°. Atom columns which are separated in (a) are smeared out into lines perpendicular to the tilt axis, (c) and (d) The corresponding Fourier transforms of images (a) and (b). The tilt axis is indicated by a line in (d) and (e). Reflections further away from the tilt axis are attenuated, (e) and (f) Projected potential maps reconstructed by imposing the projection symmetry of the crystal, p4g, on the amplitudes and phases extracted from (c) and (d), respectively. The white dots in the maps are Nb atoms. The positions of the Nb atoms determined from both maps are very similar, within 0.02 A. Figure 12 HREM images of K20-7Nb205 along the c-axis from (a) a well-aligned crystal and (b) the same crystal tilted 5°. Atom columns which are separated in (a) are smeared out into lines perpendicular to the tilt axis, (c) and (d) The corresponding Fourier transforms of images (a) and (b). The tilt axis is indicated by a line in (d) and (e). Reflections further away from the tilt axis are attenuated, (e) and (f) Projected potential maps reconstructed by imposing the projection symmetry of the crystal, p4g, on the amplitudes and phases extracted from (c) and (d), respectively. The white dots in the maps are Nb atoms. The positions of the Nb atoms determined from both maps are very similar, within 0.02 A.
The effect of echinacea on the immune system is controversial. In vivo human studies using commercially marketed formulations of E purpurea have shown increased phagocytosis, total circulating white blood cells, monocytes, neutrophils, and natural killer cells but not immunostimulation. In vitro, Epurpurea juice increased production of interleukins-1, -6, and -10, and tumor necrosis factor- by human macrophages. Enhanced natural killer cell activity and antibody-dependent cellular toxicity was also observed with E purpurea extract in cell lines from both healthy and immunocompromised patients. Studies using the isolated purified polysaccharides from Epurpurea have also shown cytokine activation. Polysaccharides by themselves, however, are unlikely to accurately reproduce the activity of the entire extract. [Pg.1355]


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