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Bar diagram

Fig. 6.1 Mossbauer spectra of an amorphous frozen aqueous solution of 0.03 M Fe(N03)3, obtained at 4.5 K with various applied transverse magnetic fields. The bar diagrams indicate theoretical line positions of the spectral components. The lines are fits to the experimental data. (Reprinted with permission from [12] copyright 1977 by Elsevier)... Fig. 6.1 Mossbauer spectra of an amorphous frozen aqueous solution of 0.03 M Fe(N03)3, obtained at 4.5 K with various applied transverse magnetic fields. The bar diagrams indicate theoretical line positions of the spectral components. The lines are fits to the experimental data. (Reprinted with permission from [12] copyright 1977 by Elsevier)...
Fig. 6.5 Mossbauer spectra of NH4Fe(S04)2-12H20 at 4.2 K and with the indicated magnetic fields applied parallel to the y-ray direction. The lines indicate fits in accordance with a theoretical relaxation model [19, 29]. The bar diagrams indicate the theoretical line positions in the case of infinitely fast relaxation. (Adapted from [29] copyright 1973 by Springer-Verlag)... Fig. 6.5 Mossbauer spectra of NH4Fe(S04)2-12H20 at 4.2 K and with the indicated magnetic fields applied parallel to the y-ray direction. The lines indicate fits in accordance with a theoretical relaxation model [19, 29]. The bar diagrams indicate the theoretical line positions in the case of infinitely fast relaxation. (Adapted from [29] copyright 1973 by Springer-Verlag)...
Figure 1.5 Bar diagram showing how often techniques have been used in the 143 orally presented papers at the llIh International Congress on Catalysis in Baltimore, 1996 [15]. Figure 1.5 Bar diagram showing how often techniques have been used in the 143 orally presented papers at the llIh International Congress on Catalysis in Baltimore, 1996 [15].
Figure 9.19 shows Mossbauer spectra of sulfided Co-Mo catalysts. The Mossbauer spectra of the sulfided Co-Mo/Al203 catalysts contain essentially three contributions, indicated by bar diagrams in Fig. 9.19 ... Figure 9.19 shows Mossbauer spectra of sulfided Co-Mo catalysts. The Mossbauer spectra of the sulfided Co-Mo/Al203 catalysts contain essentially three contributions, indicated by bar diagrams in Fig. 9.19 ...
Differences in polynuclear aromatic hydrocarbons (PAHs) are shown as bar diagrams in Figure 4.17a and b. The high abundance of alkylbenzenes and alkylnaphthalenes... [Pg.114]

Fig. 5 Bar diagram showing the molecule-molecule energies in each pair of the coordination shell of the crystal of nitroguanidine (CSD refcode NTRGUA03). A to A label dimers in order of decreasing stabilization energy. The four methods give essentially identical results except for the two dispersion-dominated, flat parallel dimers E and L where uncorrected DFT fails... Fig. 5 Bar diagram showing the molecule-molecule energies in each pair of the coordination shell of the crystal of nitroguanidine (CSD refcode NTRGUA03). A to A label dimers in order of decreasing stabilization energy. The four methods give essentially identical results except for the two dispersion-dominated, flat parallel dimers E and L where uncorrected DFT fails...
Fig. 1. Domain structures of typical members of the kinesin superfamily. (A) Bar diagram of the kinesin heavy chain (KHC) of conventional kinesin (kinesin-1 family) as a typical representative of N-type motors (motor domain at the N-terminus, red) the cartoon model beneath the bar diagram shows the tetrameric complex of two heavy and two light chains. (B) M-type kinesin like MCAK of the kinesin-13 family. (C) C-type kinesin like Ned of the kinesin-14 family. Fig. 1. Domain structures of typical members of the kinesin superfamily. (A) Bar diagram of the kinesin heavy chain (KHC) of conventional kinesin (kinesin-1 family) as a typical representative of N-type motors (motor domain at the N-terminus, red) the cartoon model beneath the bar diagram shows the tetrameric complex of two heavy and two light chains. (B) M-type kinesin like MCAK of the kinesin-13 family. (C) C-type kinesin like Ned of the kinesin-14 family.
The rates obtained when either Sn02 or Ti02 is used separately (but at the same mass) is also compared in the bar diagram. It is clear from Fig. 14 that... [Pg.332]

Figure 7. Principal Component Analysis (PCA) for the two building blocks, a) The first and only principal component (//) for the primary amines are illustrated with a bar diagram and a /, plot. The three selected amines are numbered and shown encircled, b) Plot of the first two... Figure 7. Principal Component Analysis (PCA) for the two building blocks, a) The first and only principal component (//) for the primary amines are illustrated with a bar diagram and a /, plot. The three selected amines are numbered and shown encircled, b) Plot of the first two...
The half-reaction of two ions such as Ce and Ce, neither of which can serve as an electrode, is done with an inert electrode such as a platinum bar. Diagram the apparatus for the electrochemical reaction of aqueous cerium(lV) ion and cerium(lll) ion with Mn04 and Mn. (Cerium(lV) ion is a better oxidizing agent than is permanganate ion.)... [Pg.477]

The bar diagram at the bottom (scale in 10 cmr ) has been calculated from the level splittings averaged from a number of lines... [Pg.192]

Plotting the results for all classes of the dispersion characteristic yields a so-called bar diagram or histogram (Figure 20). If the width of the individual classes approaches zero, a smooth curve is obtained which often features a bell-shape but is normally not symmetrical. This distribution density curve, q x)... [Pg.42]

Although the many components of the hemostatic system inevitably create a high level of complexity, the functional and structural similarities between and among the different molecules permit the simplification described above. Simplification can be obtained by representing many of the molecules as ellipses, the two-dimensional representations of the generally ellipsoid shapes of the molecules in solution (see Figure 36-9 below). However, the common motifs and similar proteinase domain structures can be presented even more simply in the form of bar diagrams, which are usually used in the descriptions of reactions that follow. [Pg.848]

Figure 1. Cumulative bar diagram for the major chemical constituents in fog episodes with elevated concentrations. Figure 1. Cumulative bar diagram for the major chemical constituents in fog episodes with elevated concentrations.

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See also in sourсe #XX -- [ Pg.42 ]

See also in sourсe #XX -- [ Pg.553 , Pg.554 ]




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