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Visualization tools

The benefits of flaw visualization tools applications are supported by strength maintenance software, based on computer modelling and realizing assessment procedure. [Pg.197]

ISlS/Draw has no genuine molecular visualization tool. The rotate tool changes only the 2D rotate tool into a 3D rotate tool which rotates 2D structures in three dimensions. In order to visualize chemical structures in different styles and perspectives, it is necessary to paste the drawing, e.g., to the ACD/3D Viewer. [Pg.146]

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]

The results of CFD packages are obtained by several means, due to the versatile data visualization tools that are now incorporated in many workstations. The results can be of several forms ... [Pg.785]

Computational fluid dynamics (CFD) is the numerical analysis of systems involving transport processes and solution by computer simulation. An early application of CFD (FLUENT) to predict flow within cooling crystallizers was made by Brown and Boysan (1987). Elementary equations that describe the conservation of mass, momentum and energy for fluid flow or heat transfer are solved for a number of sub regions of the flow field (Versteeg and Malalase-kera, 1995). Various commercial concerns provide ready-to-use CFD codes to perform this task and usually offer a choice of solution methods, model equations (for example turbulence models of turbulent flow) and visualization tools, as reviewed by Zauner (1999) below. [Pg.47]

Wu, H.-K., Krajcik, J. S., Soloway, E. (2001). Promoting understanding of chemieal representations Students use of a visualization tool in the classroom. Journal of Research in Science Teaching, 38(7), 821-842. [Pg.284]

Bean (a process called introspection), a visual tool or other application can categorize the methods into properties, methods, and events. [Pg.423]

Roberts, B.R., Screening informatics adding value with meta-data structures and visualization tools, Drug Discov. Today, 1,10, 2004. [Pg.101]

MolProbity (Lovell et al., 2003) is an interactive macromolecular structure validation and visualization tool from the Richardsons laboratory (molpro-bity.biochem.duke.edu). The program may be run interactively using a Java-enabled web browser, or downloaded to your PC. The latest version was run over the web. [Pg.195]

The MetaCyc database is the result of a collaborative effort between SRI International (see the website and useful links on this document), the Carnegie Institution, and Stanford University in creating a comprehensive database collected from literature and cyber sources. The MetaCyc database contains metabolic pathways (with citations), reactions, enzymes, and substrates. This database does not offer genomic data, but it does supply its own software and visualization tools (297). [Pg.493]

Gallium, like mercury, is liquid at room temperature, but unlike mercury is much less hazardous. Its most interesting use is as a visualization tool of soft tissues and bone lesions in radiography. Industrial applications include use in high temperature thermometers, metal alloys, and as a substitute for mercury in arc lamps. [Pg.131]

Stoner, C.L., Gifford, E., Stankovic, C., Lepsy C.S., Brodfuehrer, J., Prasad, J.V. and Surendran, N. (2004) Implementation of an ADME enabling selection and visualization tool for drug discovery. Journal of Pharmaceutical Sciences, 93, 1131-1141. [Pg.189]


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See also in sourсe #XX -- [ Pg.101 ]

See also in sourсe #XX -- [ Pg.23 ]

See also in sourсe #XX -- [ Pg.47 ]




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