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Figure legends

I A number of the figures are animated in ThomsonNOW. These are designated as Active Figures in the figure legends. [Pg.1339]

A box with the figure legend will appear in the Graph Window. Use the mouse to drag the box to where you want it to be. We can also add text to annotate the plot with ... [Pg.220]

Figure 34. Comparison of calculation (lines) and experimental (symbols) results for cathode stoichiometry of 2.0 at 0.75 A/cm and fully humidified anode and cathode (a) average polarization curve and (b) current distribution. Different colors in panel b represent various cell voltages as defined in the figure legend. ... Figure 34. Comparison of calculation (lines) and experimental (symbols) results for cathode stoichiometry of 2.0 at 0.75 A/cm and fully humidified anode and cathode (a) average polarization curve and (b) current distribution. Different colors in panel b represent various cell voltages as defined in the figure legend. ...
FIGURE 4.1 The setup of the nonlinear multicontrast microscope. Microscope components are defined in the figure legend. See text for detailed description of the setup. [Pg.81]

Figure 5.1. The figure legend provides an equation for the line that separates Li" " and Li. The horizontal line appears at an E value of—3.10 v. Considerably above the Li+/Li line, the HOH = H+/H2 line appears, which indicates that Li metal is unstable in HOH, reacting with it to produce H2 and Li+. Note further that Li+ dominates the diagram reflecting that the aqueous chemistry of Li is largely that of the ion Li+. In the region above the Li+/Li line, no... Figure 5.1. The figure legend provides an equation for the line that separates Li" " and Li. The horizontal line appears at an E value of—3.10 v. Considerably above the Li+/Li line, the HOH = H+/H2 line appears, which indicates that Li metal is unstable in HOH, reacting with it to produce H2 and Li+. Note further that Li+ dominates the diagram reflecting that the aqueous chemistry of Li is largely that of the ion Li+. In the region above the Li+/Li line, no...
Figure 5.5. The figure legend provides an equation for the line that separates Cs+ and Cs. The horizontal line appears at an E value of—2.98 v. Considerably above the Cs+/Cs line, the HOH = line appears, which indicates that... Figure 5.5. The figure legend provides an equation for the line that separates Cs+ and Cs. The horizontal line appears at an E value of—2.98 v. Considerably above the Cs+/Cs line, the HOH = line appears, which indicates that...
It will be seen immediately that the kinetic energy distribution experiences a conspicuous change when the photon energy is monotonously increased above the photoionization potential lv indicated in the respective figure legend. [Pg.402]

View each figure and read each figure legend. [Pg.602]

Fig. 13.2 (continued) Similarly, prior treatment with the A( receptor agonist CCPA also reduced the serum CK (P < 0.05). Data were mean and standard error of 14 mice (PBS-treated), 13 mice (Cl-IBMECA-treated), and 10 mice (CCPA-treated). Cl-IBMECA 0.07 mg/kg the other adenosine receptor ligands were administered at dosage described in figure legend of Fig. 13.1... [Pg.267]

Figure 44 IS/QS relationship (IS = isomer shift and QS = quadrupole splitting) for complexes 115a and 115b (red triangles), representative phosphine Au(l) complexes (green squares) and Au(lll) (blue rhombuses) complexes. (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this chapter.)... Figure 44 IS/QS relationship (IS = isomer shift and QS = quadrupole splitting) for complexes 115a and 115b (red triangles), representative phosphine Au(l) complexes (green squares) and Au(lll) (blue rhombuses) complexes. (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this chapter.)...
Figure J One-dimensional plot of the sum of the harmonic-oscillator and of the electron-repulsion potentials V for two electrons as a function of the internal coordinate za for coz = 5.0(a), 1.0 (b), and 0.1 (c). The solid red line represents the sum of the harmonic-oscillator and the electron repulsion potentials, while the dotted grey line represents the harmonic-oscillator potential alone. The maximum potential height Vmax and the domain of the za coordinate displayed are Vmax = coz x 10 and Iza I < respectively, for all cases. (For interpretation of the references to color in this figure legend,... Figure J One-dimensional plot of the sum of the harmonic-oscillator and of the electron-repulsion potentials V for two electrons as a function of the internal coordinate za for coz = 5.0(a), 1.0 (b), and 0.1 (c). The solid red line represents the sum of the harmonic-oscillator and the electron repulsion potentials, while the dotted grey line represents the harmonic-oscillator potential alone. The maximum potential height Vmax and the domain of the za coordinate displayed are Vmax = coz x 10 and Iza I < respectively, for all cases. (For interpretation of the references to color in this figure legend,...
Takayama, S. and Sagara, N. (1981). The occurrence of Hebeloma vinosophyllum on soil after decomposition of the corpse of domestic rabbit. Trans. Mycol. Soc. Japan 22, 475-477 (in Japanese with English figure legends). [Pg.98]


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See also in sourсe #XX -- [ Pg.17 ]




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