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Stereoscopic projection

Figure 1. Stereoscopic projection of the complex between aMeMan and ConA Binding mode (i). Details of the possible hydrogen bonds are given in Table III. Figure 1. Stereoscopic projection of the complex between aMeMan and ConA Binding mode (i). Details of the possible hydrogen bonds are given in Table III.
Stereoscopic projections for the complex with the a(1- 6)terminal mannose residue in the primary site of ConA in the two possible orientations are shown in Figures 3 and 4. These orientations are slightly different from the one proposed by Carver et al. (13), using NMR and docking studies. [Pg.368]

FIGURE 3. Stereoscopic projection along Sn—Ca—Sn axis in [(Me3Sn)2Ca]. 4 THF... [Pg.679]

Even if this condition is fulfilled the reactivity can be restricted by the mutual sidegroup motions. TCDU and 3BCMU (cf Table 1) are examples for this behaviour. TCDU can be obtained in two different modifications in which monomer stacks with almost identical packing parameters are packed together in different ways Stereoscopic projections of the crystal structures are shown in Fig. 9, pertinent crystallographic data are summarized in Table 3. [Pg.106]

Fig. 9a-c. Stereoscopic projections of the packing in TCDU structures, a) TCDU-1 monomer, b) TCDU-1 polymer, b is vertical and c horizontal, c) TCDU-2 monomer, a is vertical and c horizontal... [Pg.107]

Fig. 18. Stereoscopic projections of (a) SiOj tetrahedral network structure at 300°K and (6) Na O-SSiOj glass at 1500°K. System is below the simulation glass transition temperature, since there is no Si or 0 diffusion occurring, though Na diffuses rapidly through the disrupted network. Note breaking of Si—O—Si bridges to give nonbridging oxygens where Na ions tend to cluster. (Data from ref. 51.)... Fig. 18. Stereoscopic projections of (a) SiOj tetrahedral network structure at 300°K and (6) Na O-SSiOj glass at 1500°K. System is below the simulation glass transition temperature, since there is no Si or 0 diffusion occurring, though Na diffuses rapidly through the disrupted network. Note breaking of Si—O—Si bridges to give nonbridging oxygens where Na ions tend to cluster. (Data from ref. 51.)...
A. J. Woods, Optimal usage of LCD projectors for polarized stereoscopic projection, Proc. SPIE, 4297, 5 (2001). [Pg.561]

Fig. 9. Stereoscopic projection of the crystal structure of DMN3(SbCl2)2(CH2Cl2)... Fig. 9. Stereoscopic projection of the crystal structure of DMN3(SbCl2)2(CH2Cl2)...
In contrast to those 1-d-systems radical cation salts of 2,6-dimethylnaphthalene (DMN) like DMN3(SbF5)2(CH2Cl2) are the first examples with higher dimensionality The molecular overlap of DMN-rings is shown in fig,8 whereas fig.9 presents a stereoscopic projection of the crystal structure with two different stacks oriented perpendicular to each other. Parallel columns are packed in layers so that the stack direction alternates along the c-axis. Between the stacks anions and solvent molecules are placed anions may compensate charges in stacks of different orientation. [Pg.196]

Augmented reality consists of a combination of informational elements of virtual reality with scenes of physical reality. With the use of devices and techniques (semi-transparent mirrors, semitransparent screens, stereoscopic projection) can be added synthetic visual information to complement existing physically visual information in a scene. (Silva et al., 2009). [Pg.458]


See other pages where Stereoscopic projection is mentioned: [Pg.374]    [Pg.375]    [Pg.310]    [Pg.105]    [Pg.703]    [Pg.283]    [Pg.441]   
See also in sourсe #XX -- [ Pg.703 ]




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