By Dennis P. Nolan
Among them, the well known staff of editors and authors have accumulated exceptional event at such institutes as BAM, PTB, Pittsburgh nationwide Institute for Occupational healthiness and safeguard, BASF AG, and the collage of Göttingen. during this work-the first of its sort for 35 years-they describe intimately these measures that hinder or restrict business explosions and the wear so prompted. They disguise numerous preventative equipment, in addition to the present country of expertise mixed with facts received via experimentation.
This instruction manual deals operational, making plans, layout and safeguard engineers operating in undefined, govt enterprises institutions in-depth wisdom of the medical and technical fundamentals, letting them follow explosion safety in keeping with any given situation.
Chapter 1 Explosion techniques (pages 1–60): Prof. Dr. H. Gg. Wagner
Chapter 2 Ignition techniques (pages 61–270): Dr. Helmut Kramer, Dr. Martin Glor, Prof. Dr. Henrikus Steen, Dr. Markus Goedde, Dr. Heino Bothe, Dipl.?Ing. Eberhard Behrend, Dr?Ing. Klaus Ritter, Prof. Dr. H. Gg. Wagner, Dr.?Ing. Willi Hensel, Dr.?Ing. Ulrich Krause, Dr. Ulrich Loffler and Dr. Winfried Karl
Chapter three homes of Reactive Gases and Vapours (Safety features) (pages 271–377): Dr. Elisabeth Brandes, Dr. Siegmund Dietlen, Dr. Hartmut Hieronymus, Dr.?Ing. Ulrich Krause, Dr. Bodo Plewinsky, Dr. Tammo Redeker, Dr. Volkmar Schroder and Prof. Dr. Karlheinz Hoyermann
Chapter four houses of flamable Dusts (Safety features) (pages 379–417): Dr.?Ing. Willi Hensel and Kenneth L. Cashdollar
Chapter five homes of Flammable Mists and Foams (pages 419–480): Dr. Hans Forster, Dr. Bodo Plewinsky and Dr. Hartmut Hieronymus
Chapter 6 Measures of Explosion defense and Prevention (pages 481–610): Prof. Dr. Henrikus Steen, Dr. Martin Hattwig, Dr.?Ing. Ulrich Krause, Dr. Christophe Proust, Dipl.?Ing. Richard Siwek, Dr. Hans Forster and Dr. Wolfgang Wiechmann
Chapter 7 basics of knowing and Judging Explosion hazards (pages 611–639): Prof. Dr.?Ing. Henrikus Steen
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Additional info for Handbook of Explosion Prevention and Protection
1-12. Photographs of turbulent flames taken with short exposure times show a highly deformed luminous zone that is bent outwards, changes its form rapidly from moment to moment, and locally resembles a section of the flame zone of a laminar flame . This form of the flame zone is generated by local velocity fluctuations due to passing vortices. Photographs taken with longer exposure times show a picture which is averaged over the momentary states. These observations are the starting point for the models of Damköhler  and Shchelkin and more recent models .
As mentioned, the pressure waves moving perpendicular to the propagation direction interact into the reaction zone. Eq. 1-31 shows that at high T0 only small increases of the Mach number are required to achieve large increases in T. Oblique shock waves essentially determine the progress of reaction behind the main shock wave. It is therefore understandable that near the limits low-frequency spin is observed, while towards stoichiometric mixtures the spin frequency strongly increases. , in the figure from Dabora in ref.
1-10. 2 Propagation of Combustion Processes in the Gas Phase One can clearly see how very small H2 additions (H2O acts in the same way) strongly increase the flame velocity. Fig. 1-11 shows examples of flame inhibition, where K divided by the flame velocity K0 measured without inhibitor is plotted as a function of inhibitor concentration. amount added [%] Influence of additives (inhibitors) on the laminar flame velocity of stoichiometric n-hexane±air flames. K/K0 is the ratio of the flame speed to the flame speed without inhibitor .