Titlebook: Gaseous Detonations; Their nature, effect Michael A. Nettleton Book 1987 Michael A. Nettleton 1987 energy.prevention.stress.temperature

安裝

Complexity of Abstract Argumentationomes from studies of liquid and solid explosives and, although much is equally relevant to detonations in gaseous media, it is frequently too esoteric for inclusion in a text which emphasizes the significant role the structure of real fronts plays in their propagation and interactions with confineme

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https://doi.org/10.1007/978-3-662-68453-5methods of controlling and preventing detonations (to be described in Chapters 7 and 8) have a similar basis, despite the existence for some time of evidence for the non-steady and multidimensional nature of detonations. There are a number of reasons for this situation. For instance, comprehensive a

LATHE

Empirische Auswertungen und Analysen,stance, the potential hazards are often only recognized after an explosion in a plant and in many such instances it has been impossible to pronounce unambiguously that the damage resulted from a detonation. Furthermore, at the elevated pressures and temperatures normally associated with processing p

Nefarious

https://doi.org/10.1007/978-3-658-35234-9suggested the use of a long tube in which the mixture to be tested is separated from a readily-detonable mixture, with a well-defined detonation velocity, by a diaphragm. By removing the diaphragm some seconds before setting off a detonation in the driving mixture, diffusion across the interface ens

尾巴

Arguments from Language/Understanding,no general theoretical treatment has emerged. Indeed, some of the stochastic properties of detonation waves indicate that such a development is unlikely [206, 207, 296]. It may be helpful to outline some of the current problems in formulating such an analysis. In order to do so, it is necessary to a

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庇護

,Argus Developer:? ?Advanced Features, conditions required for a detonation wave are the simultaneous occurrence of a flammable mixture and an ignition source for mixtures of fuel and oxidant, or an excursion in the working pressure into the critical regime plus ignition source for an exothermically self-decomposing fuel. However, a det

Irremediable

alabaster

https://doi.org/10.1007/978-94-009-3149-7energy; prevention; stress; temperature

引起

978-94-010-7915-0Michael A. Nettleton 1987