Three Views

Harmsen [4] points out that there are several views with which one can look at sustainable development. One view is the theocratic view, prominent in Judeo-Christian religion in which the Creator stands central and needs to be honored and served by man. Nature is trusted to man, who should take care of it, while Technology should help him and simplify his task. Man assumes this responsibility, much as a steward of property and capital does. This is the same role as the one many responsible company directors play The interest of the company should be served and is central in one s performance and behavior toward the company. This view is to some extent expressed in a moving way by the text on the statue of the Japanese-American environmentalist Yasui Minoru in Denver s Sakura Center We are all put on this earth to leave it a better place for our having been there.  

In the ecological view nature is central. By nature is meant all living systems, the climate, and natural resources. Human actions and activity should preserve nature s integrity, stability, and beauty. Technology should be embedded in nature. Exchange of materials should take place in closed cycles, whose conditions are so severe that it seems that only materials of plant origin can fulfill it. This view can be recognized in Yoda s nearly desperate words when he states in Trilemma that Nature has lost its ability to cleanse itself.  

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Fig. 11. Three views of a hip implant for joint replacement (a) insertion of the implant into the femur (b) implant in place and (c) femur and implant...

Three views of the hexagonal layers contained within a face-centered cubic array, (a) A view perpendicular to the hexagonal layers, with all but one atom removed from the top layer. (Z>) A side view showing an outline of the cube and atoms from three successive layers of the cubic array, (c) The same side view, with two hexagonal layers screened for emphasis. 

Figure 10 Three views of the Co-02 adduct of (261), with a disordered N-methylimidazole as the sixth ligand (reproduced with permission of the American Chemical Society from Inorg. Chem., 1994, 33, 910-923).

Fig. 5. Three views of the NCP from Harp et al. [31]. (a) Ventral surface view, (b) Side view, (c) View down the molecular pseudo-dyad axis. The histones are represented by Ca ribbon models of the secondary structure elements, and the DNA model indicates the base pairing between complementary strands. The DNA is positioned asymmetrically by one-half base pair on the NCP. This results in a two sides arbitrarily referred to a dorsal and ventral (the surface shown here). The ventral surface of the NCP is best recognized by the extended N-terminal H3 tail protruding to the right. In these images, the pseudo-dyad axis is represented by vertical bars for both the ventral and side view. The pseudo-dyad axis passes through the center of the dyad view orthogonal to the plane of the page, (d) Color code for histone chains in the figures in this chapter. Note the change in hue denoting the two sides of the histone octamer.

Figure 3.25 (a) Three views of ethylene diamine (top) and 1,3-propylene diamine (bottom) and... 

Figure 11.2 Three views of the cis VS ribozyme (Lipfert et al., 2008). The central view shows the concave face. The three protuberances extend from the central flat box, labeled PL, PR, and PT. PR is the most prominent. The two side views are shown in the left and right. These clearly reveal the thinness of the envelope.

These three views of the ethylene molecule emphasize different aspects of the disposition of shared electron pairs in the various bonding orbitals of ethene (ethylene), (a) The backbone structure consisting of sigma (a) bonds formed from the three sp2-hybridized orbitals on each carbon, (b) The % (pi) bonding system formed by overlap of the unhybridized pz orbital on each carbon. The pi orbital has two regions of electron density extending above and below the plane of the molecule, (c) A cutaway view of the combined sigma and pi system. 

Watt, like Black, was committed to one of three major views of heat extant at the time. The first of the three views was that heat was motion, or the vibration of the parts of ordinary material bodies. This mechanical theory of heat had been favoured by Boyle and had been endorsed by Newton. But the mechanical theory was not fashionable in the mid- to late eighteenth century. We know that a mathematical theory of heat as motion was developed by Henry Cavendish in the 1780s but, typically, not published.42 This type of theory was, of course, to become the correct view of heat by the mid-nineteenth century. The second and third accounts of heat are often collapsed together as material theories since in both heat was a special substance rather than the motion of ordinary matter. The distinction between these two material theories is clearly described by McCormmach ... 

Jeans WD, Mackenzie S, Baird RN (1986). Angiography in transient cerebral ischemia using three views of the carotid bifurcation. British Journal of Radiology 59 135-142... 

Figure 1 Top view photograph of three view plates. The well-to-well pitch is 9 mm in the 96-well plate, 4.5 mm in the 384-well plate, and 2.25 mm in the 1536-well plate. The view plates are fabricated by injection molding and interfacial bonding of the transparent well bottom...

Fig. 9.4 Morphologies of TNT crystals. Upper experimental morphology of the orthorhombic form, from Groth (1917) (left, in perspective) and McCrone (1949) (three views in projection), with permission middle experimental morphology of the monoclinic form grown by slow cooling from ethyl acetate (from Gallagher and Sherwood 1996, with permission) lower computationally predicted morphology of the (a) orthorhombic, (b) monoclinic (c) twinned monoclinic phases. (From Gallagher et al. 1997, with permission.)...

Figure 4.7 Three views of the space curve representation of the central line of secondary structure elements of the X - Cro repressor protein.

A similar difference is seen in the map for Norephedrine (Figure 3d). Our calculations show that at a Tj = 60, T2 - 60, there is a region of stability. Figure 9 shows three views of... 

Figure 4-19 Low levels of impurity can affect crystal morphology three views of the same compound grown under the same conditions with different known impurities.

Figure 6.9 (a) Three views of an embryonic chick face (stage 27, 144h) stained with ethidium bromide the images were taken under a fluorescence dissecting microscope. The white lines in the image indicate, approximately, the plane of the sectioning ... 

Figure 13. Three views of the crystal structure of the lysin dimer. The hydrophobic patch and basic track residues are depicted as in Figures 11 and 12. Arg Lys", and Lys are not visible in the structure of the dimer. (A) View along the local twofold axis relating monomers of the dimer. Residues of the hydrophobic patch interdigitate at the dimer interface while residues of the basic tracks are on opposite surfaces of the dimer. (B) The dimer viewed from the side, showing that one side of the dimer is essentially flat and the opposite side slightly convex. (C) The polar view of the dimer showing the hydrophobic patch residues are clustered to one side of the dimer and all four termini in proximity on the same face of the dimer are shown in the central region at the bottom of the structure (from Shaw et al., 1995).

The three view factors involved with the foregoing resistances are F o 1, Fmoo — 7) Fwi 1... 

A FIGURE 1-15 The three types of cytoskeletal filaments have characteristic distributions within cells. Three views of the same cell. A cultured fibroblast was treated with three different antibody preparations. Each antibody binds specifically to the protein monomers forming one type of filament and is chemically linked to a differently colored fluorescent dye (green,... 

The following three views show distributions of sample points for Ph4B, Ph4P, and Ph4As within the central section of the cell, between X2 values of 60° and 120°. Although Xj ranges over only one third of its repreat distance, this section contains the sample points in nearly three quarters (20/27) of the cell... 

Fig. 12. Germinstiofi of a marijuana seed a c, three views after 24 hours of germination d, after 48 hours e. after three days f-i, after four days k, after five days /-o, after six to ten days r, after two to four weeks. A-k are twice their naturat size t-r are natural size- (Reprinted from H. Walter, Lebeng hichn tier Bfutenpfienzen Mitteieuropss. vol. 2,1935.f...

In addition to the issue of models of missingness, a further issue is to do with what one wishes to estimate. This is well covered by Molenberghs and Kenward (2007). They take the case of a trial with repeated measurements over time and consider three views, designated view 1, view 2a and view 2b. View 1 means that one is interested in the whole longitudinal sequence. This requires formulation of a longitudinal model. For view 2, of particular interest is the value at the end of the trial and this has two variants. For view 2a the end of the trial is the last planned occasion. For any patients who dropped out, data are missing. For view 2b the end of the trial is the end for that patient, that is to say (approximately) the last time the patient was observed. 

Can you determine the point group designation from these three views ... 

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