Diagrammatical representation

Fig. 1.16 Diagrammatic representation of particles, (a) Square plates, of edge length J and thickness t. (h) Square rods, of overall length /, with sides of square having length d.

In principle, DSI is the simplest method for sample introduction into a plasma torch since the sample is placed into the base of the flame, which then heats, evaporates, and ionizes the sample, all in one small region. Inherent sensitivity is high because the sample components are already in the flame. A diagrammatic representation of a DSI assembly is shown in Figure 17.4. 

Figure 27.4 is a diagrammatic representation of a typical MS/MS experiment in which a main ion beam selected for ions (precursor ions) of mass m and having kinetic energy zeV has been directed... 

Diagrammatic representations of the functions in Equation (1.35) cannot be made until we convert them from imaginary into real functions. Exceptions are the functions with = 0, which are already real. 

Fig. 9. Diagrammatic representation of and D. includes the volume of the soHd material forming the matrix of each bead.

Fig. 10. Linear recognition diagrammatic representation of the recognition of linear dicationic (a) and dianionic (b) substrates (c, d) typical examples of...

Fig. 21. (a) Diagrammatical representation of an allosteric receptor mechanism (b) allosteric binding of a thymine derivative promoted on uptake (34). 

Fig. 18. Diagrammatic representation of copper extraction using solvent extraction (273).

Fig. 1. Diagrammatic representation of fat globule separation in a centrifugal separator (5).

Fig. 1. Diagrammatic representation of the succession of layers in some layer lattice siHcates (12) where 0 is oxygen , hydroxyl , siHcon o. Si—Al aluminum C, Al—Mg O, potassium , Na—Ca. Sample layers are designated as O, octahedral T, tetrahedral and B/G, bmcite- or gibbsitelike. The...

Figure 23.16. Diagrammatic representation of resin kettle and associated equipment used for the preparation of phenolic resins. (After Whitehouse, Pritchett and Barnett )...

Fig. 2. SEM cross-section of a 60° ultramilled aluminum bonded to epoxy resin. Also indicated is a diagrammatic representation of the ultramill profile showing the base angle [52].

An event tree provides a diagrammatic representation of event sequences tliat begin with a so-called initiating event and terminate in one or more undesirable consequences. In contrast to a fault tree, which works backward from an undesirable consequence to possible causes, an event tree works forward from the initiating event to possible undesirable consequences. The initiating event may be equipment failure, human error, power failure, or some other event that has the potential for adversely affecting an ongoing process. 

Figure A Diagrammatic representation of the Cotton effect (actually po-sitivc Cotton effect. The negative effect oceur.s when the CD curve. shows a minimum and the ORD curve is the reverse of the above).

Uusitalo, E. and Heinanen, J., Corrosion of Steel in Soft Waters , Corros. Sci., 2, 281 (1962) Littlewood, R., Diagrammatic Representation of the Thermodynamics of Metal-fused Chloride Systems , J. Electrochem. Soc., 109, 525 (1962)... 

The dilute solutions of elements in solid iron are, at present, the only system for which the thermodynamics has been reasonably well worked out experimentally. The remainder of this section will therefore be devoted to the diagrammatic representation of data for these systems which have been evolved by Richardson... 

For the usual diagrammatic representation of a polymer chain, this corresponds to the situation where similar substituents lie on the same side of a plane perpendicular to the page and containing the polymer backbone. 

As already stated, the actual manufacture of NC is described in detail in Vol 2. A diagrammatic representation of the Dupont process (typical of US production practice), shown in Fig 14, complements the discussion presented in Vol 2... 

A diagrammatic representation of a continuous process for the production of Tetryl is shown in Fig 18, According to Urbanski (Ref 82, p 58) ... 

Fig. 12-6. Diagrammatic representation of the preferred conformation of a c-complex in substitutions of 8-substituted 2-naphthoxide ions by the electrophile E+.

Mechanisms of decomposition reactions at interfaces are conveniently considered with reference to the diagrammatic representations in Fig. 8 (R = reactant, 1,1 = intermediates and P = product) and classified under the following headings. 

Figure 6.1 Diagrammatic representation of the organization of the Common Technical Document (CTD) (from ICH M4 Guide).

Figure 5. Diagrammatic representation of the cytoskeleton in the apical region of the intestinal epithelial cell (enterocyte). (This diagram is from data previously published for example, see Mooseker, 1985.)...

Fig. 3.1 An instrument used by Smith and Metz (1996) which probed students understanding of diagrammatic representation of a weak acid...

Fig. 9 Diagrammatic representation of influenza A virus active site indicating the amino acid residues that have shown mutation under drug pressure. Oseltamivir carboxylate 18 is shown in the active site...

Fig. 2. A diagrammatic representation of the piasma kinin-forming cascade indicating the steps inhibitabie by Cl iNH. Aii functions of factor Xiia and kaiiikrein are affected. The iower figure indicates that further digestion of factor Xiia by kaiiikrein and piasmin generates factor Xii fragment (Xiif), which is an initiator of the compiement cascade. Both factor Xiif and Cl are inhibited by Cl iNH.

Fig. 3. Diagrammatic representation of the binding of factor Xii and the primariiy HK-PK compiex to endotheiiai ceiis indicating that factor Xii binds to the u-PAR-cytokeratin 1 complex, HK binds to the gCIqR-cytokeratin 1 complex, and that activation to produce bradykinin can occur along the cell surface. 

---