Number within that chapter

Many of the examples throughout the book are solved with the E-Z Solve software. In such cases, the computer file containing the program code and solution is cited. These file names are of the form exa-b.msp, where ex designates an example problem, a the chapter number, and b the example number within that chapter. These computer files are included with the software package, and can be readily viewed by anyone who has obtained the E-Z Solve software accompanying this text. Furthermore, these example files can be manipulated so that end-of-chapter problems can be solved using the software. 

This subject index is designed to help you quickly locate information in Oil Gas Safety Compliance Manual. Because each chapter is numbered separately, subject categories are referenced by chapter and page number within that chapter. 

In this index the number given in parenthesis i citation and this is followed by the reference number citations within that Chapter... 

Equations in a different section to that in which they appear are referred to by eq. ( i - n2 ri ), where n is the chapter number, n2 is the section number, and n is the equation number within that section. Equations occurring within the same section are referred to simply by ( () Equations are numbered on the right, as usual, and, when appropriate,... 

In this index the numbers in parentheses are the Part and, where applicable, Chapter numbers of the citation and are followed by the reference number or numbers of the relevant citations within that Chapter, e.g, (3.2) 14 = Part III Chapter 2 ref 14... 

In this Index the nunber given In parentheses Is the chapter number, which is followed by the relevant reference number(s) within that chapter. 

To help the reader select the appropriate data resource, an index precedes Sections 4.3 through 4.8. The index provides the source number within the section and the following set of data elements for each source title, industry, number and type of records, and data boundary. Appendix C contains additional information about the data elements presented in each data resource. It can also be used to help identify the resources which may provide data for a CPQRA. A discussion of the Appendix C Matrix and an explanation of data elements indexed is presented. After examining Appendix C and the pattern of data elements contained in the data resources, it is evident that equipment reliability data have been published in a variety of formats, often without any apparent effort to conform to a recognized standard for data specification. The CCPS Taxonomy and the raw data collection requirements in Chapter 6 present the basis for reliability data specification in future literature. 

Plate 3. A snapshot of a Cyclic Cellular Automata (CCA) rule, which is a typical representative of a class of CA rules first introduced by David Griffeath (see http // psoup.math.wisc.edu/ kitchen.html). In this example, 14 colors are arranged cyclically. Bach color advances to the next, with the last color cycling back to 0. Each update of a site s color advances that color by 1 if there are at least a threshold number of sites of the next color within that site s neighbourhood. The example shown in this figure uses the 4-neighbor von Neumann neighbourhood. See Chapter 8. 

In carrying out kinetic resolution, these in the standard approach are limited to 50% yield regarding the racemate. However, different approaches were developed [28] to overcome this limitation. The classical standard solution is to reracemize the unconverted enantiomer. A more advanced solution is the establishment of a dynamic kinetic resolution that has considerably expanded the synthetic scope of chemical processes. Here, the unconverted enantiomer is, in contrast to the latter method, racemized in situ. A great number of novel enzymatic methods have been developed [29]. Within this chapter, process solutions for enzymatic resolutions of racemic mixtures will be highlighted. 

Numbered Equations Important equations within a chapter are numbered so that they can be easily located and referenced by students. 

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