Review: Chokhonelidze, A.N., Galustov, V.S., Khlopanov, L.P., and Prikhod'ko, V.P., Spravochnik po raspylivayushchim, orositel'nym i kapleulavlivayushchim ustroistvam (A Reference Book of Spraying and Drop-Catching Devices), Moscow: Energoatomizdat, 2002, 608 pp.

Review: Chokhonelidze, A.N., Galustov, V.S., Khlopanov, L.P., and Prikhod'ko, V.P., Spravochnik... Russian Journal of Applied Chemistry, Vol. 77, No. 2, 2004, p. 346. Translated from Zhurnal Prikladnoi Khimii, Vol. 77, No. 2, 2004, p. 347. Original Russian Text Copyright 2004 by Beloglazov, Morachevskii. BOOK REVIEWS Chokhonelidze, A.N., Galustov, V.S., Khlopanov, L.P., and Prikhod’ko, V.P., Spravochnik po raspylivayushchim, orositel’nym i kapleulavlivayushchim ustroistvam (A Reference Book of Spraying and Drop-Catching Devices), Moscow: Energoatomizdat, 2002, 608 pp. Apparatus for spraying and dispensation of liquids 14, 15) considers the design, application fields, and are widely used in chemical industry for making larg- methods for calculation of mechanical atomizers. The er the contact area in performing a wide variety of fifth part (pp. 337 383; chapters 16, 17) describes heat- and mass-exchange processes. However, the pres- unconventional spraying devices which either have ently available reference literature devoted to the op- limited application (ultrasonic atomizers or those with eration of these apparatus has become markedly out- electrostatic spraying) or are being developed at pres- dated. The introduction of new types of apparatus and ent. Also considered are devices for pulsating spray- methods for intensification of dispersion processes is ing, atomizers with preliminary gas-saturation, and hindered, in particular, by the lack of a full-value in- devices for combined spraying. formation that could be used by designers and devel- The sixth part (pp. 384 476, chapters 18 20) opers. In the reference book by A.N. Chokhonelidze contains extensive evidence concerning the spraying and co-authors, the domestic and foreign designs in devices and spraying systems used in technological the field of spraying and drop-catching are systemat- practice. Sprinklers and liquid dispensers, choice of ized and generalized for the first time, with the whole spraying devices, design of spraying systems, and material presented in a form convenient for practical their operation are described. The seventh part (pp. use. The book comprises seven parts, which include 477 595, chapters 21 25) discusses various drop- 25 chapters. catching devices: centrifugal separators, nozzle sepa- The first part (pp. 7 108, chapters 1 4) presents rators, and also gravitational and combined separators. general evidence that concerns the spraying of liquids, Fabrication, setting-up, and operation of drop-catchers drop carry-over and catching of liquid aerosols, and are described; the efficiency and reliability of their methods for monitoring of the occurring processes. A operation is assessed and the fabrication and assembl- refined classification of methods for liquid spraying is ing costs are estimated. presented, the basic parameters of devices employed The bibliographic list contains 89 references to for liquid spraying are considered, and the influence publications of exclusively domestic authors. As men- exerted by various external factors on the character- tioned in the foreword to the reference book, only istics of the gas-liquid flare are analyzed. Of particular those references were included in the bibliographic interest is chapter 3, which describes stands for de- list, which contain wide generalizations or a previ- termining experimentally the characteristics of spray- ously undiscussed material. In the reviewers’ opinion, ing devices. the number of references should have been consider- The second part (pp. 109 221, chapters 5 11) con- ably greater for such a fundamental publication as tains data on the design and operation of atomizers for the reference book under consideration. hydraulic spraying. Centrifugal, single-flare, jet, and The book is of interest for a wide audience of spe- impact-jet atomizers, as well as some other designs cialists from a great variety of industries, those who of hydraulic atomizers, are described. Considerable are engaged in design or operation of spraying or attention is given by the authors to apparatus classif- dropcatching devices. It may also be of use for lec- ication and to terminology. turers and post- and undergraduate students of higher The third part of the reference book (pp. 222 290; school institutions specialized in chemical engineer- chapters 12, 13) is devoted to gas-spraying atomizers ing, metallurgy, and power engineering. The reference (pneumatic and acoustic). A vast body of evidence book is well published and contains a large number concerning the principles of their operation, design of illustrations. and application features, and calculation procedures is presented. The fourth part (pp. 291 336; chapters I. N. Beloglazov and A. G. Morachevskii 1070-4272/04/7702-0346 2004 MAIK Nauka/Interperiodica http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Russian Journal of Applied Chemistry Springer Journals

Review: Chokhonelidze, A.N., Galustov, V.S., Khlopanov, L.P., and Prikhod'ko, V.P., Spravochnik po raspylivayushchim, orositel'nym i kapleulavlivayushchim ustroistvam (A Reference Book of Spraying and Drop-Catching Devices), Moscow: Energoatomizdat, 2002, 608 pp.

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Publisher
Kluwer Academic Publishers-Plenum Publishers
Copyright
Copyright © 2004 by MAIK “Nauka/Interperiodica”
Subject
Chemistry; Chemistry/Food Science, general
ISSN
1070-4272
eISSN
1608-3296
D.O.I.
10.1023/B:RJAC.0000030382.04269.51
Publisher site
See Article on Publisher Site

Abstract

Russian Journal of Applied Chemistry, Vol. 77, No. 2, 2004, p. 346. Translated from Zhurnal Prikladnoi Khimii, Vol. 77, No. 2, 2004, p. 347. Original Russian Text Copyright 2004 by Beloglazov, Morachevskii. BOOK REVIEWS Chokhonelidze, A.N., Galustov, V.S., Khlopanov, L.P., and Prikhod’ko, V.P., Spravochnik po raspylivayushchim, orositel’nym i kapleulavlivayushchim ustroistvam (A Reference Book of Spraying and Drop-Catching Devices), Moscow: Energoatomizdat, 2002, 608 pp. Apparatus for spraying and dispensation of liquids 14, 15) considers the design, application fields, and are widely used in chemical industry for making larg- methods for calculation of mechanical atomizers. The er the contact area in performing a wide variety of fifth part (pp. 337 383; chapters 16, 17) describes heat- and mass-exchange processes. However, the pres- unconventional spraying devices which either have ently available reference literature devoted to the op- limited application (ultrasonic atomizers or those with eration of these apparatus has become markedly out- electrostatic spraying) or are being developed at pres- dated. The introduction of new types of apparatus and ent. Also considered are devices for pulsating spray- methods for intensification of dispersion processes is ing, atomizers with preliminary gas-saturation, and hindered, in particular, by the lack of a full-value in- devices for combined spraying. formation that could be used by designers and devel- The sixth part (pp. 384 476, chapters 18 20) opers. In the reference book by A.N. Chokhonelidze contains extensive evidence concerning the spraying and co-authors, the domestic and foreign designs in devices and spraying systems used in technological the field of spraying and drop-catching are systemat- practice. Sprinklers and liquid dispensers, choice of ized and generalized for the first time, with the whole spraying devices, design of spraying systems, and material presented in a form convenient for practical their operation are described. The seventh part (pp. use. The book comprises seven parts, which include 477 595, chapters 21 25) discusses various drop- 25 chapters. catching devices: centrifugal separators, nozzle sepa- The first part (pp. 7 108, chapters 1 4) presents rators, and also gravitational and combined separators. general evidence that concerns the spraying of liquids, Fabrication, setting-up, and operation of drop-catchers drop carry-over and catching of liquid aerosols, and are described; the efficiency and reliability of their methods for monitoring of the occurring processes. A operation is assessed and the fabrication and assembl- refined classification of methods for liquid spraying is ing costs are estimated. presented, the basic parameters of devices employed The bibliographic list contains 89 references to for liquid spraying are considered, and the influence publications of exclusively domestic authors. As men- exerted by various external factors on the character- tioned in the foreword to the reference book, only istics of the gas-liquid flare are analyzed. Of particular those references were included in the bibliographic interest is chapter 3, which describes stands for de- list, which contain wide generalizations or a previ- termining experimentally the characteristics of spray- ously undiscussed material. In the reviewers’ opinion, ing devices. the number of references should have been consider- The second part (pp. 109 221, chapters 5 11) con- ably greater for such a fundamental publication as tains data on the design and operation of atomizers for the reference book under consideration. hydraulic spraying. Centrifugal, single-flare, jet, and The book is of interest for a wide audience of spe- impact-jet atomizers, as well as some other designs cialists from a great variety of industries, those who of hydraulic atomizers, are described. Considerable are engaged in design or operation of spraying or attention is given by the authors to apparatus classif- dropcatching devices. It may also be of use for lec- ication and to terminology. turers and post- and undergraduate students of higher The third part of the reference book (pp. 222 290; school institutions specialized in chemical engineer- chapters 12, 13) is devoted to gas-spraying atomizers ing, metallurgy, and power engineering. The reference (pneumatic and acoustic). A vast body of evidence book is well published and contains a large number concerning the principles of their operation, design of illustrations. and application features, and calculation procedures is presented. The fourth part (pp. 291 336; chapters I. N. Beloglazov and A. G. Morachevskii 1070-4272/04/7702-0346 2004 MAIK Nauka/Interperiodica

Journal

Russian Journal of Applied ChemistrySpringer Journals

Published: Sep 30, 2004

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