Marine Chemistry in the Coastal Environment - American Chemical

X-Ray Spectrometry (Practical Spec troscopy Series, Vol ... covers x-ray spectrometry in Volume. 2. As in the first ... objects, and x-ray astronomy a...
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Marine Chemistry in the Coastal Environment ACS Symposium Series No. 18 Thomas M. Church, Editor A special symposium sponsored by the Middle Atlantic Region of the American Chemical Society.

Now available—a comprehensive volume containing the most recent advances in this new and increasingly important field.

The collection represents an indispens­ able source of information for every marine scientist. Emphasis is not merely on describing coastal problems but on showing the potential in applying the tools of modern oceanography and chemistry to solve these problems.

Forty-one chapters cover six major areas: physical, organic, and tracer marine chemistry; estuarine geochemistry; hydrocarbons and metals in the estua­ rine environment; ocean disposal forum; applications and resources in marine chemistry; and organic and biological marine chemistry.

710 pages (1975) Clothbound $35.75 (ISBN 0-8412-0300-8) LC 75-28151

SIS/American Chemical Society 1155 16th St., N.W./Wash., D.C. 20036 Please send copies of No. 1 β Marine Chemistry in the Coastal Environment at $35.75 per book. • Check is enclosed for $ . Π Bill me. Postpaid in U.S. and Canada, plus 40 cents elsewhere. Name Address City

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eludes five chapters describing meth­ ods for acquiring metastable ion data that relate to stable and low-energy decomposition ions and the applica­ tion of these methods for determining ion structures, properties, and poten­ tial energy surfaces. The second sec­ tion is a survey of analytical applica­ tions that can be explored with highperformance mass spectrometry. Gen­ eral applications on qualitative and quantitative analyses with direct inlet and GC methods of sample introduc­ tion are described. The book is repro­ duced from author-furnished type­ written text. Instrumental Organic Elemental Analy­ sis. R. Belcher, Ed. xi + 299 pages. A c ­ ademic Press Inc., Ltd., 2 4 - 2 8 Oval Rd., London NW1 7DX, England. 1977. $27.35

This monograph on methods of ele­ mental organic analysis based on in­ strumentation is contributed by six analytical chemists who have had first-hand experience with a variety of commercially available automated an­ alyzers. In chapter 1, M. R. Cottrell and F. H. Cottrell introduce the Perkin-Elmer Model 240, widely used for the determination of carbon, hydro­ gen, and nitrogen. The discussion in­ cludes all aspects of the analyzer from the principles behind .the automation and the basic chemistries involved, to the evaluation of analytical data and proper maintenance of the instru­ ment. Chapter 2 by the same authors describes the modification of the Perkin-Elmer Model 240 for analysis of oxygen and sulfur. In Chapter 3, C. J. Howarth describes the Carlo Erba an­ alyzer, widely used for the determina­ tion of carbon, hydrogen, nitrogen, and oxygen. This chapter also pro­ vides an in-depth discussion of all as­ pects of the instrument. Chapter 4 on the determination of organic carbon in water is by R. Kubler. It discusses the principles of operation, main applica­ tions, and characteristics of nine auto­ mated analyzers used for the determi­ nation of total organic carbon content. Chapter 5 by P. I. Brewer is devoted to the determination of nitrogen by the Merz modification of the Dumas method. The longest (131 pages) and the final chapter on microcoulometric methods for the determination of sul­ fur, chlorine, nitrogen, and individual compounds is written by F.C.A. Killer. Although a variety of commercial ana­ lyzers designed for specific analyses are mentioned, the emphasis of this chapter is on the review of the poten­ tial of microcoulometry as a method of elemental analysis.

686 A · ANALYTICAL CHEMISTRY, VOL. 50, NO. 7, JUNE 1978

Analysis of Steroid Hormone Drugs. A. Gorog and Gy. Szasz. 4 2 6 pages. Else­ vier Scientific Publishing Co., P.O. Box 2 1 1 , A m s t e r d a m , The Netherlands; 52 Vanderbilt A v e . , New York, N.Y. 10017. 1978. $ 5 9 . D M . 138

This book is intended for analysts working in industrial quality control laboratories and for those dealing with steroid hormones and their intermedi­ ates in the pharmaceutical industry. As such, the coverage does not include methods of the biological-clinical analyses of steroids in biological fluids, except in those cases where a method is applicable to all cases. The first three chapters discuss the basic knowledge of steroids (chemical, phar­ macological, and analytical), which is essential for analysts dealing with these compounds. Chapters 4-7 review various analytical techniques used for qualitative and quantitative analyses of steroid compounds. The discussion of the quantitative analysis of formu­ lations in Chapter 8 is presented in the traditional manner based on their pharmacological classification. Final­ ly, Chapter 9 provides a brief survey of the analysis of the most important raw materials of steroid semisyntheses.

Continuing Series X-Ray Spectrometry (Practical Spec­ troscopy Series, Vol. 2 ) . Η. Κ. Herglotz and L. S. Birks, Eds. xi + 513 pages. Marcel Dekker Inc., 270 Madison Ave., New York, N.Y. 10016. 1978. $ 4 9 . 5 0

Following the extensive treatment of infrared and Raman spectroscopy in three parts in its first volume, this new series on practical spectroscopy covers x-ray spectrometry in Volume 2. As in the first volume the book is multiauthored (18) and reproduced from typewritten text. The first nine chapters on methods and instruments provide an introduction to the physi­ cal concepts necessary to understand the rest of the book. The chapters are entitled: wavelength dispersion, ener­ gy dispersion, data interpretation, precision and accuracy, electron exci­ tation, proton and alpha excitation, electron probe microanalyzers, bond­ ing and electron spectroscopy, and se­ lection and safe operation. The re­ maining seven chapters describe ap­ plications of x-ray methods in varied areas such as the general service labo­ ratory, metals and alloys, geology, mining and ore processing, microanal­ ysis and trace analysis, museum objects, and x-ray astronomy and other exotic applications.