Graphic images

In Fig. 1 lb are depicted sets of molecular graphics images of flattened toroidal structures which are... 

Fig. 11. The sealed lip of a PCNT heat treated at 2800°C with a toroidal structure (T) and, (b) molecular graphics images of archetypal flattened toroidal model at different orientations and the corresponding simulated TEM images.

Fig. 3. Molecular graphics images of an archetypal flattened toroidal model of a nanotube with n = 5 and m = 4al three different orientations in a plane perpendicular to the paper. Note the points on the rim where...

FIGURE 21.24 Molecular graphic images (a) side view and (b) top view of the Fj-ATP synthase showing the individnal component peptides. The 7-snbnnit is the pink strnctnre visible in the center of view (b). 

CAD is the process of solving design problems with the aid of computers. This function includes the computer generation and modification of graphic images on a video display,... 

Carpenter, G. A., and Grossberg, S., A massively parallel architecture for a self-organizing neural pattern recognition machine, Comput. Vis. Graphics Image Process 37,54 (1987b). 

The GPR survey data showed a consistent zone of resistance located at 0.5-1 m below the surface for each of the five E-W transects. Stacking the graphical images of the transect data, according to their locations on the plan, reveals a tongue-shaped structure of resistance that extends southwards (down slope) at least 200 m visible on all five transects. The depth of resistance is consistent with a sub surface enrichment of calcrete. 

Use other sessions to examine the courtyard and the land that lies immediately beyond. Take the journey over the bridge to the edge of the forest. Familiarize yourself with it all—it is your inner kingdom get to know it. Record the details in your journal. And be sure to manifest the castle in some way. Draw or paint it make it in plasticine or clay perhaps create a computer graphic image (be sure you print it out so that it is earthed ). Until some form of manifestation is made, elements of the subconsciousness will not believe in your image. If that is the case, it is all pointless. 

If you re applying for a traditional job, don t include clip art or graphic images within your resume. This is only appropriate if you re hoping to land a job as an artist, or plan to work in an industry such as advertising, where employers are looking for creativity. Also, refrain from adding a photo of yourself to your resume. 

Figure 7-8 (A) Electron micrograph of the rod-shaped particles of tobacco mosaic virus. Omikron, Photo Researchers. See also Butler and Klug.42 (B) A stereoscopic computer graphics image of a segment of the 300 nm long tobacco mosaic virus. The diameter of the rod is 18 nm, the pitch of the helix is 2.3 nm, and there are 16 1 3 subunits per turn. The coat is formed from 2140 identical 17.5-kDa subunits. The 6395-nucleotide genomic RNA is represented by the dark chain exposed at the top of the segment. The resolution is 0.4 nm. From Namba, Caspar, and Stubbs.47 (C) A MolScript ribbon drawing of two stacked subunits. From Wang and Stubbs.46...

The dumbbell domain organization of phosphoglycerate kinase, with a relatively narrow neck between two well-separated domains. (Copyright 1994 by the Scripps Research Institute/Molecular Graphics Images by Michael Pique using software by Yng Chen, Michael Connolly, Michael Carson, Alex Shah, and AVS, Inc. Visualization advice by Holly Miller, Wake Forest University Medical Center.)... 

Atomic Coordinates All atomic coordinates for the molecular graphics images were obtained from the Protein Data Bank at Brookhaven National Laboratory, Upton, N.Y. 

Molecular Graphics Images by Michael Pique using software by Yng Chen, Michael Connolly, Michael Carson, Alex Shah, and AVS, Inc. Endonuclease III by Kuo,... 

Eight icons, graphic images that are intended to help the textbook reader remember and mentally cross-reference... 

Molecular graphics images of key molecules enable students to see and interpret three-dimensional structures. 

Figure 2.2 Crystallographic analogy of lens action. X-rays diffracted from the object are received and measured by a detector. The measurements are fed to a computer, which simulates the action of a lens to produce a graphics image of the object.

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