References, list

Enjalbal, C. Manx, D. Martinez, J. Combarieu, R. Aubagnac, J.-L. Mass Spectrometry and Combinatorial Chemistry New Approaches for Direct Support-Bound Compound Identification. Comb. Chem. High Throughput Screening 2001, 4,363-373. 

Beverly, M.B. Voorhees, K.J. Hadfield, T.L. Direct Mass Spectrometric Analysis of Bacillus Spores. Rapid Commun. Mass Spectrom. 1999,13, 2320-2326. 

Fleming, R.C. Lay, J.O., Jr. Wilkins, C.L. Investigation of MALDI-TOF and FT-MS Techniques for Analysis of Escherichia Coli Whole Cells. Anal Chem. 2003, 75, 1340-1347. 

Maiolo, L. Testaferri, M. Tiecco, and M. Tingoli, Tetrahedron Lett., 1981, 22, 2023. 

Denisko, G. V. Parel, and M. N. Tilichenko, Chem. Heterocycl. Compd. (English Transl.), 1981, 17, 580. 

Quinolines, Isoquinolines, and their Benzo- and Hydro-derivatives. - Y. Watanabe, Y. Tsuji, and Y. Ohsugi, Tetrahedron Lett., 1981,22, 2667. 

Meth-Cohn, B. Narine, and B. Tarnowski,/. Chem. Soc., Perkin Trans. 1, 1981, 1520. E. O. Sidorov, A. I. Matern, and O. N. Chupakhin, J. Org. Chem. USSR (Engl. Transl.), 

Shiraiwa, and H. Yamanaka, Chem. Pharm. Bull., 1981,29, 3554. 

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The bibliography for this chapter is perhaps the most difficult to write. The majority of references in this entire book pertain to organic molecules. The organic references listed here are just a few of the review references pertaining specifically to organic chemistry. This list is incomplete, but attempts to include recent reviews, which will reference earlier work. The listing for other classes of molecules are more complete. 

General References The General References listed in Sec. 7 are applica-... 

References The following reference list presents a hroad spectrum of the... 

Intended Use The intended use of the model sets the sophistication required. Relational models are adequate for control within narrow bands of setpoints. Physical models are reqiiired for fault detection and design. Even when relational models are used, they are frequently developed bv repeated simulations using physical models. Further, artificial neural-network models used in analysis of plant performance including gross error detection are in their infancy. Readers are referred to the work of Himmelblau for these developments. [For example, see Terry and Himmelblau (1993) cited in the reference list.] Process simulators are in wide use and readily available to engineers. Consequently, the emphasis of this section is to develop a pre-liminaiy physical model representing the unit. 

References A variety of mathematical methods are proposed to cope with hnear (e.g., material balances based on flows) and nonhnear (e.g., energy balances and equilibrium relations) constraints. Methods have been developed to cope with unknown measurement uncertainties and missing measurements. The reference list provides ample insight into these methods. See, in particular, the works by Mah, Crowe, and Madron. However, the methods all require more information than is tvpicaUy known in a plant setting. Therefore, even when automated methods are available, plant-performance analysts are well advised to perform initial adjustments by hand. 

All the references for all the chapters in a given volume are collected together in a merged list at the end of that volume (where they are most easily located). There are no separate chapter bibliographies. In the final list, references are given both in code and in full conventional form, with authors names. They appear in an ordered sequence, numerically by year, then alphabetically by journal code, and then by page number. Cross references to the text citation are also given in the reference list. 

COPE has 9 modules PM scheduler, corrective maintenance, equipment history, equipment reference listing, spare parts entry, database integrity verification, and training. 

Most of the references listed refer to a specific chemical kinetics experiment in which the corresponding method analysis was used to obtain the rate data. 

Note Brainstorming is only one of many useful techniques for generating ideas and productive discussion. Interested readers should consult the reference list in this volume s appendix. 

The following table lists the benzofuroxan derivatives, with their melting points, which the authors have been able to find in the published literature. No attempt has been made to provide an exhaustive reference list those quoted are intended to be selected for their preparative usefulness. Substituents in parentheses indicate that a ring CH group, rather than a H atom, is replaced. Additional references (144-149) not cited earlier in the text are to be found at the foot of this page. 

Figure 8-140. Studies of sieve tray and bubble cap tray flooding (24-in. tray spacing). (Note that the references listed on the illustrations in Figure 8-140 are from the original source, while Ref. 185 Is from this text.) Used by pennission. Fair, J. R., Petro/Chem Engineer, Sept. (1961) p. 45, reproduced courtesy Petroleum Engineer International Dallas, Texas.

In the sections below, we outline eight measures of complexity four of them are static measures, four are dynamic. Table 12.1 summarizes some their main virtues and drawbacks. The fact that we chose to limit our discussion to these eight particular measures should in no way be misunderstood to mean that we believe they are the only ones possible, as they represent only a small sampling of recent proposals. Discussions of other measures, and of their respective pros and cons relative to given problems, can be obtained by consulting any of the references listed in the Further Reading section above (see section 12.1.1). 

For papers on the analysis and examination of tantalum and niobium minerals by x-ray emission, see the following references listed in Appendix VI 17, 65, 82, 89. 

The numbers refer to literature references listed below. 

References.—Listed below are some of the more recent and modem treatments, in English, of topics discussed above and of related material. For journal references see the bibliographies in the books below. 

Wightman, A. S., L invariance dans la Mdcamque Quantique Relativiste, in Dispersion Relations and Elementary Particles, C. de Witt and R. Omnes, ed., John Wiley and Sons, Inc., Hew York, 1960, and references listed in these lectures. 

For the interested reader, this reference list includes... 

While every effort has been made to ensure the accuracy of the references listed in this publication, their future availability cannot be guaranteed. 

Further information and advice related to the use of the clinical trial design can be found in a variety of sources including textbooks, manuscripts, organizations and Internet sites. In addition to the chapter reference list which cites helpful sources of information related to clinical trial protocol development, design and analysis, the following sources are also recommended. 

DNA analysis, performance of polymerase chain reactions, clinical assays for pH, enzymes, proteins, oxygen etc., trace pollution monitoring and other sorts of biological analyzes are at the focus of recent developments [5]. Another reference lists environmental monitoring (including speciation), clinical monitoring, and quality control in production processes as applications of pTAS equipment in chemical analysis [30]. 

The contributors to the book are experts on the topics about which they write and include many of the best known and most knowledgeable workers in the held of thin-layer chromatography and PLC throughout the world. Rather than attempting to adopt a uniform style, we have allowed chapter authors the freedom to present their topics in a way that they considered most effechve. They have used hgures and tables as needed to augment the text, and selechve reference lists include the most important new literature, as well signihcant older references, to set the basis of their chapters. 

Previous work on Kuroko and epithermal vein-type deposits in Japan will be summarized in Chapter 1. The descriptions of individual vein-type and Kuroko deposits are not covered in this book they can be found in the references listed at the end of each chapter. 

The material presented here is a compilation obtained by critically screening approximately 20,000 references from the literature (mainly from the Petroleum Abstracts Data Base and Patent Data Bases). Only materials that are accessible to the public have been included. The literature was screened from a chemist s point of view. Unfortunately several papers and patents did not disclose the chemical nature of the additives that are proposed for certain applications. In most cases it was not possible to learn the components by looking up cross-references and other sources. Papers of this kind are useless and have been omitted from the reference list. Research and procedures that are obviously not working, as well as wonder additives that are supposedly good for everything you can imagine, have also been left out. 

The necessity of the use of electronic notions to resolve several diemical and physical problems stemming hrom the studies of heterogeneous processes was realized by Pisarjevsky already in early twenties [1]. Several non-trivial ideas concerning the effect of adsorption on electrophysical properties of semiconductor adsorbents were formulated in classical studies of Yoffe [2], Roginsky [3] and others. These theoretical ideas were further developed by Volkenshtein and his colleagues (see book [4] and the reference list therein) as well as in studies by Hauffe [5, 6] and some other authors [7, 8]. 

The use of catalysts and promotors of various reactions applied as a fine dispersion phase to the surface of semiconductor adsorbent became most popular in providing a required selectivity of sensors with respect to a given gas. As it has been established in experiments (see for instance [8] and the reference list therein), apart from obtaining required selectivity application of such additives results in increase of sensitivity of the sensor with respect to a given gas. However, as of today there is no clarity with regard to understanding the mechanism of effect of cata-l)rtic additives on the sensor effect nor in optimization of the choice of catalysts applied. 

Reference lists and self-assessment questions and answers are available at www.ChrsholmPharmacotherapy.com. 

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