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Perspective view

Figure B3.2.7. A perspective view of the cetineite (Na Se). The height of the figure is tluee lattice constants c. The shaded tube is included only as a guide to the eye. (From [88].)... Figure B3.2.7. A perspective view of the cetineite (Na Se). The height of the figure is tluee lattice constants c. The shaded tube is included only as a guide to the eye. (From [88].)...
Figure 11. Perspective view [60] of a relaxed triangular plot [68] for the two DMBE adiabatic potential energy surfaces of H3 using hyperspherical coordinates. Figure 11. Perspective view [60] of a relaxed triangular plot [68] for the two DMBE adiabatic potential energy surfaces of H3 using hyperspherical coordinates.
SymApps converts 2D structures From the ChemWindow drawing program into 3D representations with the help of a modified MM2 force field (see Section 7.2). Besides basic visualization tools such as display styles, perspective views, and light source adjustments, the module additionally provides calculations of bond lengths, angles, etc, Moreover, point groups and character tables can be determined. Animations of spinning movements and symmetry operations can also he created and saved as movie files (. avi). [Pg.147]

Fig. 18. Crystal structures of recent clathrate design (a) coordinatoclathrate between host (39) (Fig. 17) and / -butanol (host—guest hydrogen bonding in the shaded area) (b) perspective view of the hehcal inclusion channel formed by diol host (43) (Fig. 17 all except one host molecule are represented... Fig. 18. Crystal structures of recent clathrate design (a) coordinatoclathrate between host (39) (Fig. 17) and / -butanol (host—guest hydrogen bonding in the shaded area) (b) perspective view of the hehcal inclusion channel formed by diol host (43) (Fig. 17 all except one host molecule are represented...
FIG. 1 is a side perspective view showing the wheel cover of the present invention in application on a bicycle wheel. [Pg.28]

Figure 5.1-5 shows a perspective view of one loop of the system. Note that in this system, kinematic constraints in the form of pipe supports, anchors, and hangers are minimal. Only the pumps are laterally braced by the suppressors. The pumps in this system are supported by hangers from above. [Pg.191]

Sawhorse structure (Section 3.6) A manner of representing stereochemistry that uses a stick drawing and gives a perspective view of the conformation around a single bond. [Pg.1250]

Fig. 12. Perspective view of an atomic ribbon of AuSeBr. (Redrawn from D. Mootz, A. Rabenau, M. Wunderlich, and G. Rosenstein, J. Solid State Chem. 6, 583 (1973), Fig. 1, p. 584.)... Fig. 12. Perspective view of an atomic ribbon of AuSeBr. (Redrawn from D. Mootz, A. Rabenau, M. Wunderlich, and G. Rosenstein, J. Solid State Chem. 6, 583 (1973), Fig. 1, p. 584.)...
All aspects of interferogram and experimental data acquisition and optical test rig control are provided by a computer program that also performs film thickness evaluation. It is believed that the film thickness resolution of the colorimetric interferometry measurement technique is about 1 nm. The lateral resolution of a microscope imaging system used is 1.2 /u,m. Figure 10 shows a perspective view of the measurement system configuration. This is an even conventional optical test rig equipped with a microscope imaging system and a control unit. [Pg.11]

Fig. 3. A perspective view of the structure of Cl3SiRh(H)(Cl)(PPh3)2. (There is a close o-H/Rh contact.)... Fig. 3. A perspective view of the structure of Cl3SiRh(H)(Cl)(PPh3)2. (There is a close o-H/Rh contact.)...
Fig. 12.4 (a) Off-[001] perspective view of the a-type orthorhombic structure of R5Tt4. Small and large spheres represent R and Tt, respectively. The p- and y-type structures also have similar atomic arrangements but with different Tt-Tt bonding behavior. [Pg.189]

Fig. 16.3 Perspective view of CU-2CuPO showing the channel structure where the salt lattice resides. The black lines highlight the bonding with Cu " (two-way sharing) and P " (three-way sharing) cations and the grey are 0. The grey dots represent K, Cs and Cl". Fig. 16.3 Perspective view of CU-2CuPO showing the channel structure where the salt lattice resides. The black lines highlight the bonding with Cu " (two-way sharing) and P " (three-way sharing) cations and the grey are 0. The grey dots represent K, Cs and Cl".
Figure S.S Perspective view of cation in [Au2(p-dcpm)2]Cl2 Reproduced with permission from [6bj. Copyright (2001) Wiley-VCH. Figure S.S Perspective view of cation in [Au2(p-dcpm)2]Cl2 Reproduced with permission from [6bj. Copyright (2001) Wiley-VCH.
Figure 5.6 Perspective view of [Au2l2(jt-P Pr2CH2PPh2)2]. Reproduced with permission from [25], Copyright (2003) Royal Society of Chemistry. Figure 5.6 Perspective view of [Au2l2(jt-P Pr2CH2PPh2)2]. Reproduced with permission from [25], Copyright (2003) Royal Society of Chemistry.
Figure 10.8 p(4 x 1)S Ni(l 10) surface, (a) High-resolution STM image, (b, c) Top and perspective views, respectively, of model structure. The sulfur atoms are black and the copper atoms are grey with increasing depth indicated by darker colours. (Reproduced from Ref. 30). [Pg.189]

A perspective view of 12 is shown in Figure 6.2. X-ray structure analysis8 on the fluoran shows that the xanthene moiety is slightly bent... [Pg.162]

Fig. 3. Exaggerated perspective view of the helical sequence of hydrogen-bonded diol molecules 1 in one canal all except one diol molecule are represented diagrammatically as the bridge linkage of the two OH groups6>... Fig. 3. Exaggerated perspective view of the helical sequence of hydrogen-bonded diol molecules 1 in one canal all except one diol molecule are represented diagrammatically as the bridge linkage of the two OH groups6>...
Keith H, Telliard WA (1979) Priority pollutants I. A perspective view. Environ Sci Technol 13 416-423... [Pg.309]

Fig. 3.1 Perspective view of part of the caldera of Olympus Mons on Mars. This view was obtained from the digital altitude model derived from the stereo channels, from the nadir channel (vertical perspective) and the colour channels on the Mars Express Orbiter. The photograph was taken on 21 January 2004 from a height of 273 km. The vertical face is about 2.5 km high, i.e., about 700 m higher than the north face of the Eiger mountain (Switzerland). With permission of the DLR... Fig. 3.1 Perspective view of part of the caldera of Olympus Mons on Mars. This view was obtained from the digital altitude model derived from the stereo channels, from the nadir channel (vertical perspective) and the colour channels on the Mars Express Orbiter. The photograph was taken on 21 January 2004 from a height of 273 km. The vertical face is about 2.5 km high, i.e., about 700 m higher than the north face of the Eiger mountain (Switzerland). With permission of the DLR...
Treatment of the known pentameric [MeZnSBu Js with pyridine and l,3,5-trimethylhexhydro-l,3,5-triazine produced dinuclear zinc adducts of the type [ MeZnSBu L, L = pyridine, l,3,5-trimethylhexhydro-l,3,5-triazine 162, whose solid-state structures were determined.227 The perspective view of 162, shown in Figure 75, emphasizes the highly puckered central four-membered (ZnS)2 ring and the tetrahedral environment of the zinc atoms. In the course of these studies, the solid-state structure of [MeZnSBu ls was also reinvestigated. [Pg.378]

In this paper, first we will briefly describe the Pt[P(i-Pr 3"ca al zed W9S reacti°n (4). Recently we have studied RhHLg (L=PRj)-catalyzed wgs reaction in much more details. In comparison with the PtLj reaction, a perspective view of RhHLj (here we confine I PO-Pr) )-catalyzed wgs reaction will be given below. [Pg.86]

Fio. 3. Complete wall N = 4 geometries (a) top view of a layer of spheres, with nine wall spheres marked, showing, three spheres in the center region (b) perspective view of the two-layer full bed of cylinders. [Pg.329]

In Fig. 18, flow path lines are shown in a perspective view of the 3D WS. By displaying the path lines in a perspective view, the 3D structure of the field, and of the path lines, becomes more apparent. To create a better view of the flow field, some particles were removed. For Fig. 18, the particles were released in the bottom plane of the geometry, and the flow paths are calculated from the release point. From the path line plot, we see that the diverging flow around the particle-wall contact points is part of a larger undulating flow through the pores in the near-wall bed structure. Another flow feature is the wake flow behind the middle particle in the bottom near-wall layer. It can also be seen that the fluid is transported radially toward the wall in this wake flow. [Pg.360]

Fig. 8. Perspective view of the trimeric species [Be3(0H)3(H20)6]3+. Reproduced with permission from Ref. (89). Copyright 1998, American Chemical Society. Fig. 8. Perspective view of the trimeric species [Be3(0H)3(H20)6]3+. Reproduced with permission from Ref. (89). Copyright 1998, American Chemical Society.
Fig. 11 (Top) Perspective view of an [Fe]4 rhombus in the [Fe(bpe)2(NCS)2]-CH3OH 2D polymer. (Bottom) Schematic representation of the interpenetration of a layer lying in the plane of the sheet and three orthogonal layers (left). Perspective view of the crossing of two independent net systems defining the rectangular channels (right). Balls and sticks represent iron atoms and bpe ligands, respectively... Fig. 11 (Top) Perspective view of an [Fe]4 rhombus in the [Fe(bpe)2(NCS)2]-CH3OH 2D polymer. (Bottom) Schematic representation of the interpenetration of a layer lying in the plane of the sheet and three orthogonal layers (left). Perspective view of the crossing of two independent net systems defining the rectangular channels (right). Balls and sticks represent iron atoms and bpe ligands, respectively...
Fig. 12 (Left) Perspective view of a [Fe]4 square fragment of the [Fe(bpb)2 (NCS)2]-0.5CH3OH polymer. (Right) View of the interpenetrated array of three mutually orthogonal layers (rods represent the bpb ligands and balls the iron atoms)... [Pg.260]

Fig. 13 (Left) Perspective view of the 2D Hofmann clathrate Ni(NH3)2[Ni(CN)4] -2G. (Right) Perspective view of the 3D Hofmann clathrate Cd(l,4-diaminobutane) [Ni(CN)4] J-benzene... Fig. 13 (Left) Perspective view of the 2D Hofmann clathrate Ni(NH3)2[Ni(CN)4] -2G. (Right) Perspective view of the 3D Hofmann clathrate Cd(l,4-diaminobutane) [Ni(CN)4] J-benzene...
Fig. 19 Perspective view of three alternate 2D Fe[Ag(CN)2]2 n corrugated layers connected by rods, which represent the organic ligand (4,4 -bipy and bpe). The void space in between these layers is occupied by an identical 3D network... [Pg.267]

Figure 1.14 Crystal structure of sodium chloride, NaCl (a) a perspective view of one unit cell and (h) projection down [010], the b axis. Figure 1.14 Crystal structure of sodium chloride, NaCl (a) a perspective view of one unit cell and (h) projection down [010], the b axis.
Figure 3.18 Cadmium iodide, Cdl2, structure (a) perspective view of the structure as layers of Cdlg octahedra (b) one layer of the structure, with the lower I- anion (A) layer and the middle Cd2+ (c) layer shown complete and just three anions of the upper (B) layer indicated. The vector b represents the Burgers vector of one of three unit dislocations and bl and b2 represent the Burgers vectors of the two equivalent partial dislocations. The unit cell dimensions are a, b, and c. Figure 3.18 Cadmium iodide, Cdl2, structure (a) perspective view of the structure as layers of Cdlg octahedra (b) one layer of the structure, with the lower I- anion (A) layer and the middle Cd2+ (c) layer shown complete and just three anions of the upper (B) layer indicated. The vector b represents the Burgers vector of one of three unit dislocations and bl and b2 represent the Burgers vectors of the two equivalent partial dislocations. The unit cell dimensions are a, b, and c.
Fig. 2. Perspective view of the V(OH2)6 (OH2)i2 ion exhibiting D2 symmetry. The dashed lines represent the hydrogen bonds within the cyclic water trimers in the second coordination sphere. Reproduced from Ref. (3) by permission of the Royal Society of Chemistry. Fig. 2. Perspective view of the V(OH2)6 (OH2)i2 ion exhibiting D2 symmetry. The dashed lines represent the hydrogen bonds within the cyclic water trimers in the second coordination sphere. Reproduced from Ref. (3) by permission of the Royal Society of Chemistry.
Figure 2.16. A cross-section schematic of a quadrupole ion trap mass spectrometer (a), with a three-dimensional perspective view of the quadrupole ion trap (b). Reprinted from A. Westman-Brinkmalm and G. Brinkmalm (2002). In Mass Spectrometry and Hyphenated Techniques in Neuropeptide Research, J. Silberring and R. Ekman (eds.) New York John Wiley Sons, 47-105. With permission of John Wiley Sons, Inc. Figure 2.16. A cross-section schematic of a quadrupole ion trap mass spectrometer (a), with a three-dimensional perspective view of the quadrupole ion trap (b). Reprinted from A. Westman-Brinkmalm and G. Brinkmalm (2002). In Mass Spectrometry and Hyphenated Techniques in Neuropeptide Research, J. Silberring and R. Ekman (eds.) New York John Wiley Sons, 47-105. With permission of John Wiley Sons, Inc.
Figure 29. Perspective view of the alternating donor-acceptor, H2[pz(iV-Me2)8] TCNQ pair (100b). [Adapted from (39).]... Figure 29. Perspective view of the alternating donor-acceptor, H2[pz(iV-Me2)8] TCNQ pair (100b). [Adapted from (39).]...

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See also in sourсe #XX -- [ Pg.182 , Pg.183 ]




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