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Hydrodynamic theories of detonation

State For Gases at Extremely High Pressure And Temperatures From the Hydrodynamic Theory of Detonation , JChemPhys 15, 518-24 (1947) CA 41, 6047 (1947) 54) W.D. Crater,... [Pg.595]

Hydrodynamic Theory of Detonation, I. Thermochemistry And Equation of State of The Explosion Products of Condensed Explosives , Res (London) 1, 132-44 (1947) CA 44, 10321 (1950) 66) J. Svadeba, Impact Sens -... [Pg.595]

These are the basic equations of the hydrodynamic theory of detonation. If p2 and v2 can be determined, they enable the remaining features of the detonation wave to be calculated. Unfortunately p2 and v, relate to conditions in the detonation wave and not to the lower pressure conditions which the explosion products would reach at equilibrium in, for example, a closed vessel. Therefore, further calculations are needed to determine p2 and v2. [Pg.18]

The major difficulty in applying this hydrodynamic theory of detonation to practical cases lies in the calculation of E2, the specific internal energy of the explosion products immediately behind the detonation front, without which the Rankine-Hugoniot curve cannot be drawn. The calculations require a knowledge of the equation of state of the detonation products and also a full knowledge of the chemical equilibria involved, both at very high temperatures and pressures. The first equation of state used was the Abel equation... [Pg.19]

Vol 1 (1946), Chapter 5, "The Theory of Detonation Process (Based on Summary by S.R. Brinkley, Jr) lh) G.J. Su C.H. Chang, JACS 68, 1080-83 (1946) (Equation of state for real gases) li) Ibid, IEC 38, 800-02 802-03(1946) (Equations of state for real gases) lj) M.A. Cook, jChemPhys 15, 518-24(1947 (An equation of state at extremely high temperatures and pressures from the hydrodynamic theory of detonation)... [Pg.296]

Hydrodynamic theory of deton did not explain the above properties... [Pg.468]

The hydrodynamic theory of detonation, based on physical theories of shock waves and the chemical theory of absolute reaction rates, utilizes the established laws of conservation of mass, energy, and momen-... [Pg.495]

The fundamental hydrodynamic theory of deton refers to a chge of infinite diam or a cylindrical chge encased in a perfectly rigid tube. Of course, ideal lateral confinement can never be realized completely since even massive metal tubes are compressible under the internal pressure developed during deton... [Pg.499]

Deal s values of p2 for Comp B are higher than computed results (0.233 mega-bars) by the hydrodynamic theory of detonation (Ref 3, p 116)... [Pg.522]

Report on the Hydrodynamic Theory of Detonation and Shock Waves , OSRD 114... [Pg.536]

Hydrodynamic theory of deton and shock waves) 29c) J.O. Hirschfelder et al, OSRD 547(1942) (Thermochemistry and the equation of state of the propellant gases) 30) J. von Neumann, OSRD 549(1942) (Theory of deton waves)... [Pg.614]

PrRoySoc 189A, 415(1947) (Nozzle theory of deton) 44) G. Morris H. Thomas, Research (London) 1, 132-44(1947) CA 44, 10321-22 (1950) (Hydrodynamic theory of deton)... [Pg.615]

Miller, PrRoySoc 194A, 480-507 (1948) (Deton of solid expls) 48) M.A. Cook, JChemPhys 15, 518-24(1947) Ibid 16, 554-55, 1081-86 1185 (1948) (An equation of state for gases at extremely high. pressures and temps from the hydrodynamic theory of deton) 49) R.H. [Pg.615]

The book includes among other topics Definition of expln and classification of expln processes, pp 9-l6 Theory of shock waves, which includes "shock adiabat on p 190 (pp 182-224) Theory of deton waves (pp 225-27) Hugoniot curve for detonation waves (p 228) Hydrodynamic Theory of deton (p 226) Explosion in air. (pp 555-663) Theory of point initiation of deton, called in Rus "Teoriya tochechnago vzryva (pp 598-624) Theory of spherical expln (pp 624-40) Explosion in condensed medium (pp 664-81) Propagation of shock waves in water (pp 681-90) Some problems of theory of deton in liquids (pp 690-98) Propagation of waves in solids (pp 708-18) and Theory of deton in earth. (pp 718-44)... [Pg.617]

Accdg to Dunkle (Ref 8, p 206), confinement and obturation of expls in rigid tubes leads to an increase in deton velocity and this has been explained by various investigators on the basis of the hydrodynamic theory of detonation... [Pg.657]

G.B. Kistiakowsky E.B. Wilson, Jr1. "Final Report on die Hydrodynamic Theory of Detonation and Shock Waves OSRD 114(1941) 6) J. von Neumann "Theory... [Pg.724]

Andreev Belyaev (I960), pp 230-43 (Hydrodynamic theory of detonation waves) 250-52 and Fig 4.61 (Interruption and reformation of detonation wave thru inert solid plates) 63) J.A. Nicholls E-K. Dabora, "Standing Detonation Waves, USDept Commerce, OfcTechServ PBRept 148528,... [Pg.727]

Steady Detonation. The thermo-hydrodynamic theory of detonation is very successful in describing ideal detonation parameters (CJ states) without any reference to chemical kinetics. [Pg.546]

G. B. Kistiakowsky and E. B. Wilson, Jr., The Hydrodynamic Theory of Detonation and Shock Waves, OSRD Rept. 114, 1941. [Pg.2]

CA 41, 6047(1947) (Equation of state for gases at extremely high.temperatures from the hydrodynamic theory of detonation) (Data ealed by various. equations is presented for RDX, PETN, TNT, Tetryl, PA, AmmP, LA Si Mr and correlated with sunila. data cbtd... [Pg.754]

Recently the design of new "permitted expls has been considerably influenced by the application of the hydrodynamic theory of detonation to mixts of HE with inert solids (See Ref 34a)... [Pg.229]

Chapmann developed a hydrodynamic theory of detonation along the lines used earlier by Riemann, Rankine and Hugoniot to construct a theory of shock (explosive) waves in a chemically inert gas. [Pg.195]

The development of the thermo-hydrodynamic theory of detonation and its relation to the chemical processes that support detonation was achieved independently by Zeldovitch (Ref 7), vonNeumann (Ref S) Doering (Ref 9). For an ideal gas the fundamental equations of this theory are ... [Pg.705]

Density is an important characteristic of explosives. Raising the density (e.g. by pressing or casting) improves -> Brisance and Detonation Velocity (- Detonation, Hydrodynamic Theory of Detonation). Low-density explosives, in contrast, produce a milder thrust effect (- also Loading Density - Cartridge Density). [Pg.129]

C. Hugoniot Relations and the Hydrodynamic Theory of Detonations are developed and substituted in... [Pg.239]

See other pages where Hydrodynamic theories of detonation is mentioned: [Pg.265]    [Pg.296]    [Pg.602]    [Pg.615]    [Pg.617]    [Pg.618]    [Pg.643]    [Pg.215]    [Pg.471]    [Pg.23]    [Pg.30]    [Pg.215]    [Pg.226]    [Pg.227]    [Pg.229]    [Pg.231]    [Pg.233]    [Pg.235]    [Pg.237]    [Pg.241]   
See also in sourсe #XX -- [ Pg.18 ]



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