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Lehrbuch der analytischen und praparativen anorganischen Chemie (Textbook of Analytical and Preparative In- organic Chemistry). By G. Jander and E. Blasius. s. Hir- zel Verlag, Stuttgart 1970. 9th edit., xxv, 497 pp., 68 figs., 6 tables, bound, DM 28.-. Recent editions of this book have shown a tendency toward the introduction of new theoretical chapters or the updating and extension of existing ones; this tendency is continued in the present edition. It is thus not surprising that the chapters on “The law of mass action and ionic theory” and on “The chemistry of complexes” have been reformulated and amplified. However, the continual increase in the theoretical chapters is making it more and more difficult for the beginner to use the work as a textbook at the start of his studies, for too many topics are treated too briefly and with insuffi- cient clarity. One might be forgiven for wondering whether students in their first year would, for example, gain much by working through the chapter on “Chemical bonding”, especially since there is no obvious relationship to quali- tative analysis. Again, it would require considerable effort to understand the concept of Lewis acids and bases (to which only a single sentence is devoted) or the completely isolated treatment of the Grimm hydride shift. The analytical section is very good and comprehensive, and the separation procedures are well thought out and reproducible; however, it is so complicated that one cannot see the picture as a whole, and thus it is unsuitable as teaching material for chemistry students. It would only be required in this form in establishments where the topic of inorganic chemistry is represented solely by qualitative analysis. On the other hand, the preparative section is dealt with in far too brief and classical a manner; for ex- ample, not a single synthesis of a x-complex is given. This is regrettable, since preparative work is also a way in which information on compounds can be conveyed. For these reasons, this imposing-looking work can only by recommended with reservations to chemistry students. The authors have written another book, “Einfiihrung in das anorganisch-chemische Praktikum (Introduction to Practical Inorganic Chemistry)”; this book contains suffi- cient qualitative and quantitative analytical chemistry to provide the analytical training required for a chemist, and it is to be preferred to the book under review. Alois Haas [NB 23 IE] Physical Principles and Techniques of Protein Chemistry, Part B. From the series Molecular Biology. An Inter- national Series of Monographs and Textbooks. Edited by S. J. Leach. Academic Press, New York-London 1970. 1st edit., xiv, 491 pp., numerous figures, $ 11.20. This volume[’] is a collection of further applications of physical methods in protein chemistry. It consists of the following chapters: 10. Ultracentrifugal analysis (J. H. Coates); 11. Viscosity (J. H. Bradbury); 12. Optical diffraction (S. N. Timasheff and R. Townend) ; 14. Nuclear magnetic resonance spectroscopy (5. C. Metcalje) ; 15. Bonding of protons and other ions (F. R. N. Gurd); 16. Differential thermal analysis (H. Morita). In most cases the authors place great weight on instructive hints. The reader is familiarized with the theoretical fundamentals of the method, and this is done both for methods which are not much used in protein chemistry (Chapters 14 and 16) and also for the well known methods (Chapter 10). Almost all the chapters are oriented toward practical applications. There are only a few errors to mar the high level of achievement ;the most serious of these is the incorrect definition of the scale of chemical shifts. In some places an insufficiently clear distinction is made between “frequency” and “wave number”. Selection of the methods and the arrangement of the chapters have already been discussed in the review of Part A“]. It is to be hoped that the projected Part C will soon appear and complete this very useful survey. If it is still possible, I would recommend the inclusion of an informative chapter on electron spin resonance and spin labelling. Karel Bluha [NB 24 IE] [l] Cf. Angew. Chem. internat. Edit. 83, 362 (1971). The Chemistry of Synthetic Dyes. Volume 111. Edited by K. Venkataraman. Academic Press, New York-London 1970. 1st Edit., xix, 485 pp., numerous illustrations and tables, bound, $27.50. The first supplementary volume to the standard work on dye chemistry (Volumes I and I1 of Venkataraman’s “The Chemistry of Organic Dyes”) has just been issued, record- ing the advances made in certain sectors over the past 20 years. The decisive factor in the carefully balanced presentation of many of the chapters is certainly that the authors are all experts in their fields and work in large industrial research laboratories. Only in this way could the descriptive matter be so permeated with the knowledge and practical ex- perience and the main lines of advance be traced out with the maximum of accuracy and clarity while working from a literature source often consisting of innumerable patents which are difficult to assess. As in the earlier volumes, the extremely high number of literature references ensures the practical usefulness of this book. In accordance with recent developments, the theoretical fundamentals receive a wider coverage than before, e. g. in the section on “Color and electronic state” by Mason, which will also be readily understood by the chemist. In almost all cases, care is taken to ensure a smooth transition (or occasionally an amplification) from the formerly used dyestuffs chemistry presented in the earlier volumes. The volumes of this work correspond in content and price to a volume of Houben- Weyl, and wherever the latter work is found the former should also be present. The concept of the new volumes and the stimulus which the field of dye- stuffs gives-or is capable of giving-to a large number of related fields raise this work to the same level. No dye- stuffs chemist working in industry and research can manage without this book, and anyone who by his profession is predominantly concerned with the use of dyes will get use- ful information from relevant sections of the book. Peter Dimroth [NB 35 IE] Analytical Flame Spectroscopy-Selected Topics. Edited by R. Mavrodineanu. Macmillan and Co. Ltd., London- Basingstoke 1970, 1 st Edit., xxii, 772 pp.. numerous illus- trations and tables, bound, S 14.00. According to the editor’s foreword, this book, the result of a collaboration between 19 authors, is intended to present a consistent account of analytical flame spectroscopy, i. e. atomic emission, atomic absorption, and atomic fluorescence spectroscopy. Such a book, which covers the Angew. Chem. internat. Edit. 1 Vol. 11 (1972) 1 No. 6 547

Book Review: Lehrbuch der analytischen und präparativen anorganischen Chemie (Textbook of Analytical and Preparative Inorganic Chemistry). By G. Jander and E. Blasius

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  • Lehrbuch der analytischen und praparativen anorganischen Chemie (Textbook of Analytical and Preparative In- organic Chemistry). By G. Jander and E . Blasius. s. Hir- zel Verlag, Stuttgart 1970. 9th edit., xxv, 497 pp., 68 figs., 6 tables, bound, DM 28.-.

    Recent editions of this book have shown a tendency toward the introduction of new theoretical chapters or the updating and extension of existing ones; this tendency is continued in the present edition. It is thus not surprising that the chapters on The law of mass action and ionic theory and on The chemistry of complexes have been reformulated and amplified.

    However, the continual increase in the theoretical chapters is making it more and more difficult for the beginner to use the work as a textbook at the start of his studies, for too many topics are treated too briefly and with insuffi- cient clarity. One might be forgiven for wondering whether students in their first year would, for example, gain much by working through the chapter on Chemical bonding, especially since there is no obvious relationship to quali- tative analysis. Again, it would require considerable effort to understand the concept of Lewis acids and bases (to which only a single sentence is devoted) or the completely isolated treatment of the Grimm hydride shift.

    The analytical section is very good and comprehensive, and the separation procedures are well thought out and reproducible; however, it is so complicated that one cannot see the picture as a whole, and thus it is unsuitable as teaching material for chemistry students. It would only be required in this form in establishments where the topic of inorganic chemistry is represented solely by qualitative analysis. On the other hand, the preparative section is dealt with in far too brief and classical a manner; for ex- ample, not a single synthesis of a x-complex is given. This is regrettable, since preparative work is also a way in which information on compounds can be conveyed.

    For these reasons, this imposing-looking work can only by recommended with reservations to chemistry students. The authors have written another book, Einfiihrung in das anorganisch-chemische Praktikum (Introduction to Practical Inorganic Chemistry); this book contains suffi- cient qualitative and quantitative analytical chemistry to provide the analytical training required for a chemist, and it is to be preferred to the book under review.

    Alois Haas [NB 23 IE]

    Physical Principles and Techniques of Protein Chemistry, Part B. From the series Molecular Biology. An Inter- national Series of Monographs and Textbooks. Edited by S. J . Leach. Academic Press, New York-London 1970. 1st edit., xiv, 491 pp., numerous figures, $ 11.20.

    This volume[] is a collection of further applications of physical methods in protein chemistry. It consists of the following chapters: 10. Ultracentrifugal analysis ( J . H . Coates); 11. Viscosity ( J . H . Bradbury); 12. Optical diffraction ( S . N . Timasheff and R. Townend) ; 14. Nuclear magnetic resonance spectroscopy (5. C. Metcalje) ; 15. Bonding of protons and other ions ( F . R. N . Gurd); 16. Differential thermal analysis ( H . Morita).

    In most cases the authors place great weight on instructive hints. The reader is familiarized with the theoretical fundamentals of the method, and this is done both for methods which are not much used in protein chemistry (Chapters 14 and 16) and also for the well known methods

    (Chapter 10). Almost all the chapters are oriented toward practical applications. There are only a few errors to mar the high level of achievement ;the most serious of these is the incorrect definition of the scale of chemical shifts. In some places an insufficiently clear distinction is made between frequency and wave number. Selection of the methods and the arrangement of the chapters have already been discussed in the review of Part A].

    It is to be hoped that the projected Part C will soon appear and complete this very useful survey. If it is still possible, I would recommend the inclusion of an informative chapter on electron spin resonance and spin labelling.

    Karel Bluha [NB 24 IE]

    [l] Cf. Angew. Chem. internat. Edit. 83, 362 (1971).

    The Chemistry of Synthetic Dyes. Volume 111. Edited by K . Venkataraman. Academic Press, New York-London 1970. 1st Edit., xix, 485 pp., numerous illustrations and tables, bound, $27.50.

    The first supplementary volume to the standard work on dye chemistry (Volumes I and I1 of Venkataramans The Chemistry of Organic Dyes) has just been issued, record- ing the advances made in certain sectors over the past 20 years.

    The decisive factor in the carefully balanced presentation of many of the chapters is certainly that the authors are all experts in their fields and work in large industrial research laboratories. Only in this way could the descriptive matter be so permeated with the knowledge and practical ex- perience and the main lines of advance be traced out with the maximum of accuracy and clarity while working from a literature source often consisting of innumerable patents which are difficult to assess. As in the earlier volumes, the extremely high number of literature references ensures the practical usefulness of this book. In accordance with recent developments, the theoretical fundamentals receive a wider coverage than before, e. g. in the section on Color and electronic state by Mason, which will also be readily understood by the chemist. In almost all cases, care is taken to ensure a smooth transition (or occasionally an amplification) from the formerly used dyestuffs chemistry presented in the earlier volumes.

    The volumes of this work correspond in content and price to a volume of Houben- Weyl, and wherever the latter work is found the former should also be present. The concept of the new volumes and the stimulus which the field of dye- stuffs gives-or is capable of giving-to a large number of related fields raise this work to the same level. No dye- stuffs chemist working in industry and research can manage without this book, and anyone who by his profession is predominantly concerned with the use of dyes will get use- ful information from relevant sections of the book.

    Peter Dimroth [NB 35 IE]

    Analytical Flame Spectroscopy-Selected Topics. Edited by R. Mavrodineanu. Macmillan and Co. Ltd., London- Basingstoke 1970, 1 st Edit., xxii, 772 pp.. numerous illus- trations and tables, bound, S 14.00.

    According to the editors foreword, this book, the result of a collaboration between 19 authors, is intended to present a consistent account of analytical flame spectroscopy, i . e. atomic emission, atomic absorption, and atomic fluorescence spectroscopy. Such a book, which covers the

    Angew. Chem. internat. Edit. 1 Vol. 11 (1972) 1 No. 6 547