Linearization, diagram

Core analysis data are also plotted on a conventional log-linear diagram (Fig. 4). There is considerable scatter in the data and a wide range of permeabilities for a given porosity. This probably means that there is more than one control on porosity, and thus permeability, evolution. 

The linear display is obtained by choosing Linear Diagram from the Diagram menu. It was introduced primarily as a means of viewing the whole of a genome at a scale that allowed individual genes to be distinguishable and... 

Our ultimate interest in the topography of surfaces is in relation to contact over an area. Cut sections and stylus probes yield only linear diagrams. Interferograms, where as many as 10 fringes can be observed c-i- Fig. 12-4), yield information on the surface structure of a band approximately 0.25 mm wide. 

The curing kinetics of system EPS-l/DDM was studied by a method of reverse gas chromatography (RGC) [29]. The basic parameter received from processing of the experimental data, was the constant of reaction rate k determined for an interval of conversion degrees a = 0.1-0.7 of the kinetical curve degree of conversion-time (a-t). For the determination of k the standard procedure was used the dependences, a, on the reaction time t, as lg[a/(l-a)]=/ (t) which have appeared linear were made. Then the value k (see Equation (10.4)) was determined from a slope of these linear diagrams. Ketones (metyl ethyl ketone, 1,4-dioxane, cyclohexanone) were chosen as the standard substances for the determination of retention time with argon as the gas-carrier. 

Results of Differential and Integral Analysis Linearization Diagrams... 

In App. II a computer simulation of this model equation in batch processes (A. Moser and Steiner, 1975) with varying values for is presented. The influence of a neglected value on the evaluation of Monod parameters in linearization diagrams is shown in Fig. 5.25, whereby false or even negative values for Kg can be the consequence (Grady et al., 1972). With the known value of ki, it is apparent that the undisturbed values for and Kg can be estimated (Moser and Steiner, 1975) only from a plot corresponding to Equ. 5.78... 

Figure 2. Structure of the EBNAl protein. This linear diagram highlights features of the primary sequence (14). Each charged residue is indicated in the upper (positive) or the lower (negative) portion. The gly-ala repetitive region, a cluster of serines (Ser), a cluster of prolines and arginines (Pro-Arg) and the acidic carboxy-terminus (Asp-Glu) are indicated.

Draw a linear diagram of the spectrum of electromagnetic waves, indicating wavelength, frequency, and common names for the various regions. 

For many computer tasks and for the transfer of structiural information from one computer program to another, a linear representation of the chemical structure may be more suitable. " A popular linear representation is the SMILES notation. Part of its appeal is that for acyclic structures the SMILES is similar to the traditional linear diagram. For example, ethane is denoted by CC and ethylene C=C. Examples of additional SMILES are given in Figure 4. SMILES is the basis of a chemical information system, and this notation provides a convenient framework for more sophisticated computer coding of chemistry described below. For some internal computer functions, structures encoded in a linear notation may be converted to connection tables. 

---