BOOK REVIEWS of the data were obtained. Each compound entry gives the wave number, intensity of t,he band, physical state or solvent used, and other special infomation snch as prism, structural group responsible for the vibration, and original reference source. Although few group frequency assignments are reported in this range, the region is becoming more important in eompound ideniification. The absorption band positions reported in this compilation shodd he a valuable reference to the analyst.
J.V.D. Optics, Waver, Atoms, ond Nuclei: An Introduction
Edwin L. Goldwasser, University of Illinois, Urhana. W. A. Benjamin, 265 Inc., New Yark, 1965. xv pp. Fim. and tables. 16 X 23.5 em. Clothbound, $6; paperbound, $3.95.
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This book was written for a segment of the sophomore survey course in physics for science and engineering majora and introduces the subjects of geometrical and physical aptica a~ well as a. smattering of atomic theory and nuclear physics. The author asserts in his preface that a familiarity with mechanics, electriciby, heat, and the calculus is taken for granted.
A91 8
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Journal of Chemical Education
The level oi the discussion, however, is Catalysis a n d Chemical Kinetics shallow. For instance, a relationship A. A. Bolandin, ct al. Academic Press, between refractive index and dielectric 255 pp. Inc., h'ew York, 1964. xii constant is alluded to on p. 120 but is not Figs. snd tables. 16 X 23.5 em. 810. given explicitly. Similarly, the author makes use of classical statistics without This book was printed in Poland and writing down the Boltamann distribution contains 14 articles (written in English) by and discusses wave mechanics in a short Russian and Polish scientists. In spite of chapter without giving the Schroedinger the rather general title, 12 of the 14 artiwave equation. These latter two omiscles deal with some aspects of heterogenesions will seem particularly incongruous ous catalysis or resctions, and they emphat o those sophomores who have already size the contributions made by scientists in been taught chemistry from Mahan's Eastern European countries. Such a new text that explores both equations in weighted presentation could be of conconsiderable detail. Goldwasser also dissiderable value to those of us who have cusses "the unusual case of a n elliptical little or no fluency in Polish or Russian if mirror" on pp. 11 and 12 without even the presentation were sufficiently complete mentioning its present importance in laser to be understandable. Unfortunstely, technology. this is not the ease in many of the articles; On the positive side, Goldwasser's for example, in bit land in'^ article on Iiew style is enjoyable; hip development of Data on the Multiplet Theory he refem the subject matter does foster a n attitude of reader to A . A . Ralandin: Trudy konferentsystematic inquiry on the part of the sii po katalizu i khimicheskoi kinelike vo reader, as, for instance, in his discussion of Vmclave, (1958) or Z . Sokalski: Xajnowze the wave nature of electrons on p. 202. kierunki w kalalizie. .\-ow lechnika. 119. And the book has only the usual quota PWT. Warszawa, 1957 (sic) far derivation of typographical errors. His treatment oi a i the equations and disrussion of the relaRutherford's experiments leading t o the tions central to the application of the nuclear model of the atom is especially theory. These referent~esare not readily readable and may interest chemistry available to mast of us. teachers lecturing on the subject. As The articles in this hook do not reprethe intriguing title suggests, however, this sent the best of the current work in Eastern book is definitely not a reference work Europe. True, the articles by Boreskov and cannot be recommended for inclusion (on catalytic selectivity), by Bielah3ki (on i n departmental or private libraries of conductivity of oxides), and by Trzebiachemists. towski (on magnetic properties of cataEDWARD M. E ~ N G lysts) achieve the objectivity we expect in University of Utah (Continued on poge .4.92Oi Salt Lake Pit!,
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