References for Further Study

As quoted by R. R Walton, in A Comprehensive Survey of Starch Chemistry, Part 1, p. 236, Chemical Catalog, New York (1928). 

Stereochemistry of Carbon Compounds, McGraw-Hill, New York (1962). 

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FLOW INSTABILITY PREDICTIONS AND ADDITIONAL REFERENCES FOR FURTHER STUDY... 

The intention is to give an overview of all topics relevant for quality assurance in chemical measurement. For details on single topics we refer the reader to the relevant specialized literature. We have added some recent references for further studies and information at the end of each chapter. 

In this chapter we summarize some background information concerning molecular collisions, dipoles and radiation, spectroscopy, and statistical mechanics that will be needed later. This Chapter should be skipped in a first reading. It is hoped that a reader who comes back to this Chapter later with specific questions will find the answers here - or, at least, some useful reference for further study. 

In the following sections, we will describe the methodology of PBPK model construction, assumptions used in their derivation, and the utility of PBPK models for a variety of applications. In each section we present several representative and relevant references, as well as illustrative examples. In the sections to follow, we attempt neither to describe the history of PBPK modeling nor to create a comprehensive review of available references. For these topics the reader is referred to a recently published book from our laboratory [2] that contains a useful overview, introduction, and over 1000 pertinent references for further study. 

This chapter describes the use of HPLC in food, environmental, chemical (polymer, ion chromatography), and life sciences applications. The HPLC advantages, method requirements, and trends of these application areas are summarized with descriptions of the methodologies of key analytes. References for further studies are listed. 

Section 2.6 provides a summary of the important concepts and relationships that may prove useful as a study guide or quick reference. References for further study are provided at the end of the chapter. Exercises are provided in Section 2.7 for reinforcing the concepts and to further develop one s understanding. The last several exercises introduce new material and show how the stoichiometry fundamentals presented in this chapter lead into other interesting topics. The reactor analysis book by Axis f l] influenced several sections of this chapter. 

With the expansion of pharmacokinetics, it has become exceedingly difficult for any one individual to become a full-fledged expert in all areas. Consequently, this book was devised to summarize pertinent areas in the field and to provide a reference for further study. The book is divided into four sections I, Basic Principles II, Industrial and Regulatory Applications III, Clinical Applications and IV, Research Applications. In each chapter, an expert provides extensive details about the subspecialty, with an emphasis on the theme or focus of that section. 

Some references for further study are listed at the end of this chapter [1—16]. 

DeMers, Michael N. Fundamentals of Geographic Information Systems. 4th ed. Hoboken, N.J. John Wiley Sons, 2009. Provides useful historical background for the technologies and systems presented. Each chapter ends with a review of key terms, review questions, and a helpful list of references for further study. 

The process technologies for producing nonwoven and woven fabric are already well described in the widely available teclmical hterature on textile technology or textile engineering. It is therefore appropriate to restrict our considerations in this chapter to a general overview for the reader unfamiliar with the subject area, while citing suitable references for further study. 

In this introductory monograph, it will not be possible to touch upon many of the facets of the broad topic of rheology. Likewise, we will not be able to get into much detail of the specific areas that are covered. Fortunately, there are numerous references that the reader can consult and we will try to point these out as we go along. The purpose of this chapter is to give the reader some familiarity with the essentials of rheology, to provide useful references for further study, and to point out connections to adhesion whenever possible. 

This section contains a short description of suggested references for further study of the concepts and techniques described above. The list of references is highly incomplete and should be considered as a mere starting point. 

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