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Tables—continued titles

In this chapter the simulation examples are described. As seen from the Table of Contents, the examples are organised according to twelve application areas Batch Reactors, Continuous Tank Reactors, Tubular Reactors, Semi-Continuous Reactors, Mixing Models, Tank Flow Examples, Process Control, Mass Transfer Processes, Distillation Processes, Heat Transfer, and Dynamic Numerical Examples. There are aspects of some examples which relate them to more than one application area, which is usually apparent from the titles of the examples. Within each section, the examples are listed in order of their degree of difficulty. [Pg.279]

Examples of Quality Audit report forms are shown in Tables 9.5 and 9.6 at the end of this chapter. Table 9.5 shows Report Form 1 which includes a record of what has been examined, so that subsequent audits can examine other aspects of the laboratory s operations. Note that when improvement actions are required, the form records not only what needs to be done, but also by when it must be completed, as shown in Table 9.6 (Report Form 2). The form is signed by the auditor and the responsible person from the area being audited. In the UK, the accreditation body UKAS refers to the corrective action as improvement action . This further emphasizes the continual improvement aspect of the ISO/IEC 17025 and ISO 9001 Standards. The examples shown in Tables 9.5 and 9.6 will probably have to be modified to meet a laboratory s particular requirements. It should also be remembered that both report forms should indicate (usually as a footer or header) the title of the document, its issue date, issue number, who authorized the document, page number and total number of pages. [Pg.235]

Place a title above the table. Begin with an identifier (e.g.. Table 2.). Continue with a brief, informative descriptor... [Pg.536]

Begin the table title with the word Table and its number, and then continue with the title. [Pg.371]

There is no doubt that the legacy of alchemy had its impact on film makers throughout the twentieth century as a selection of film titles reveals (Table 2), and probably will continue to do so in the twenty-first century. [Pg.94]

The U.S. EPA has developed a series of performance specifications (PS) for continuous emissions monitoring systems (see Figure 7.55) for measuring a wide range of pollutant emissions [43]. These specifications are listed in Table 7.3. Note that two of the specifications (4 and 4A) have identical titles. PS-4 is for the general measurement of CO emissions while PS-4A is for measuring lower concentrations (< 200 ppmv) of CO emissions. These are to be used in conjunction with the EPA methods discussed above. The performance specifications include discussions of calibration procedures and relative accuracy requirements. The EPA has also developed quality assurance procedures to be used for compliance determination [44]. [Pg.169]

Bar and Bernstein continued their work on conformational polymorphism, using lattice energy minimization techniques to characterize the influence of crystal forces (as well as orientational and positional disorder) on the molecular conformation of/>-methyl-A -(p-methylbenzylidine)aniline [36], This compound has been obtained in three polymorphic forms, in which the title molecule was found to adopt different conformations in each form. A summary of the reported crystallographic data is found in Table 13. [Pg.112]

Table 1 includes the contact angle values of deionized water (0 ) recorded on different samples. Each sample has been designated by a number from 1 to 5 whose notation is inserted in the title of Table 1. Based on the given data, sample 1 exhibits a hydrophobic characteristic which after being treated by plasma, an evident change in 0 arises and hydrophilicity ascends as anticipated. This trend continues as to sample 3 on which polyaciylic acid (PAA) chains are grafted where more hydrophilic propensity is shown inferred from 0 value. The elevated hydrophilicity upon multistep modifications is assumed to come from the inclusion of superficial hydrophilic entities. The hydrophilicity then decreases as polysaccharides are coated onto the surface, though is well higher than that of sample 1, as the inherent hydrophilicity of chitosan is beyond... Table 1 includes the contact angle values of deionized water (0 ) recorded on different samples. Each sample has been designated by a number from 1 to 5 whose notation is inserted in the title of Table 1. Based on the given data, sample 1 exhibits a hydrophobic characteristic which after being treated by plasma, an evident change in 0 arises and hydrophilicity ascends as anticipated. This trend continues as to sample 3 on which polyaciylic acid (PAA) chains are grafted where more hydrophilic propensity is shown inferred from 0 value. The elevated hydrophilicity upon multistep modifications is assumed to come from the inclusion of superficial hydrophilic entities. The hydrophilicity then decreases as polysaccharides are coated onto the surface, though is well higher than that of sample 1, as the inherent hydrophilicity of chitosan is beyond...
Often-Used Tables and Figures (Abridged Titles) (continued)... [Pg.592]

Footnotes (continuation from the title page of the table)... [Pg.428]

A continuation of the Tables Amuelles is the lUPAC publication Tables of Physico-chemical Selected Constants which is a critical and comprehensive collection of data in a series of volumes, each of which covers a special field and has a complete bibliography. So far 11 volumes have been published which include the following titles Oxidation-reduction Potentials and Optical Rotatory Power. [Pg.109]

Since we are not generating a flow sheet, simply click on Next to proceed into the Property Table Generation System. Enter the title Density into the Title area by simply clicking on the box and typing it. Click on Next to continue. Enter all components for this example benzene is the only component A base method... [Pg.21]


See other pages where Tables—continued titles is mentioned: [Pg.77]    [Pg.10]    [Pg.88]    [Pg.343]    [Pg.199]    [Pg.100]    [Pg.230]    [Pg.4]    [Pg.246]    [Pg.486]    [Pg.62]    [Pg.243]    [Pg.2181]    [Pg.632]    [Pg.7]    [Pg.243]    [Pg.175]    [Pg.836]    [Pg.373]    [Pg.315]   
See also in sourсe #XX -- [ Pg.148 , Pg.371 , Pg.372 ]




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Tables—continued

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