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Detonation Parameters

Cook (Ref 21) presents a thermo-hydrodynamic calcn of the detonation parameters and detonation products of two NS expls containing 25/1.5/73.5 NS/A1/AN-SN dope and 27-5/3/ 69.5 NS/A1/AN-SN dope... [Pg.344]

In the past, there have been a number of attempts to ascribe quantitative significance to correlations of OB with various detonation parameters (Refs 1,3,5,6 8). In recent years these... [Pg.462]

Brisance and power are quantities that can be defined more exactly than sensitivity, and PETN is one of the most powerful and brisant expls known. It is also among the most studied expls, from both exptl and theoretical points of view. In this section we will consider PETN s steady detonation parameters, thermochemistry, and initiation characteristics,... [Pg.571]

Undoubtedly the most frequently and accurately determined detonation parameter of any expl is its detonation velocity, D. This is certainly true for PETN, Detonation velocity varies with packing density, p, charge diameter, d,... [Pg.571]

VIII. Explosive Characteristics. Picric Acid is generally considered to be a relatively insensi tive but brisant expl. On a qualitative sensitivity scale of comparing common expls, PA would be judged to be more sensitive than TNT but appreciably less sensitive than Tetryl. Its power and brisance are also similar to those of TNT (112% TNT in the Ballistic Mortar 101% of TNT in the Trauzl Block and 107% in the plate dent test (Ref 48). In this section we will consider the steady detonation parameters. initiation characteristics and potential hazards of PA... [Pg.769]

A. Steady Detonation Parameters. As already mentioned, PA is an expl that is currently out... [Pg.769]

The next section deals with the calculation of the detonation velocity based on C-J theory. The subsequent section discusses the ZND model in detail, and the last deals with the dynamic detonation parameters. [Pg.265]

MP 42, 83-144(1960) (9 refs) (Calcn of detonation characteristics for condensed expls) E) J. Berger et al, AnnPhys [13], 5, 1144-76 (I960) CA 55, 10890-91(1961) (Determination of detonation characteristics of solid expls) F) H.H. Licht,Explosivstoffe 15(4), 73-8(1966) CA 65, 13488(1966) (Calculation of Detonation Characteristics by Means of a Differential Decomposition Equation) (See also Detonation Parameters and Detonation Properties)... [Pg.169]

In the "Discussion given on pp 698-700, there is a summary of known works on behavior of groups 1 2 explosives. Four tables are included Table 1 - Steady Propagation behavior with increase in variable Table II - "Effect on Pg of increase in variable Table III - "Synopsis of typical group behavior and Table IV - "Comparison of detonation parameters for typical members... [Pg.193]

More information on the subject of parameters is given under "Detonation Parameters . Among the refs cited there, the most important is that of C.L. Mader, "Detonation Properties of Condensed Explosives Computed Using the Becker-Kisda-kowsky-Wilson Equation of State , Los... [Pg.231]

N) C.L. Mader, "Detonation Properties of Condensed Explosives Using BeCker-Kistiakowsky-Wilson Equation of State , LASL Rept LA-2900(1963) O) M. Lutzky, "The Flow Field Behind a Spherical Detonation in TNT Using the Landau-Stanyukovich Equation of State for Detonation Products , USNavalOrdnanceLaboratory, White Oak, Md, NOLTR 64-40(1964) (The equation discussed in Rept is the one modified by Zel dovich Kompaneets and is referred to by Lutzky as "LSZK Equation of State ) Oi) M.L. Wilkins, Univ of Calif, LawrenceRadLab, Livermore, Calif, Rept UCRL-7797(1964) P) H. Hurwitz, "Calculation of the Detonation Parameters With... [Pg.298]

A "parameter is a quantity which may have various values each fixed within the limits of a stated case or discussion (Ref 4a). Detonation parameters are density, heat of detonation, pressure developed on deton, temperature developed on detonation, detonation velocity, energy, propagation velocity, brisance, impetus (power), specific impulse, etc. These values seem to be identical with those called "Caracteris-tiques des Explosifs et de Poudres by French scientists. Some of them are listed in Vol 2 of this Encycl, p C149-L as "Characteristics of Explosives and Propellants . Some scientists list parameters... [Pg.463]

Dewey (Ref 2) described determination of detonation parameters from photographic observations. Cowan Fickett (Ref 4) determined the effects of the various Kis-tiakowsky-Wilson equation of state parameters on the calculated D - pQ curve for 65/35-RDX/TNT expl mixture. Baum, Stanyukovich Shekhter (Ref 5) presented some parameters of shock waves. Stein... [Pg.463]

Mader (Ref 13) detd several detonation parameters for numerous expls with the... [Pg.463]

Lutzky (Ref 14) determined detonation parameters for TNT using the Landau-Stanyukovich equation of state modified by... [Pg.463]

Refs 1) G.B. Kistiakowsky, "Theory of Detonation of Explosives , pp 955-57 in Kirk Othmer 5(1950) (Not found in the 2nd edition of Kirk Othmer) 2) J. Dewey, BRL (Ballistics Research Laboratory) Report 828(1952), Aberdeen, Md 3) Dunkle s Syllabus (1957-1958), p 263, Table XXIV (Detonation parameters) 270-77 (Charge parameters) 4) R.D. Cowan ... [Pg.464]

Dremin et al, "Detonation Parameters , 8thSympCombstn (1962), pp 610-12 13) C.L. Mader, LosAlamosScientificLabora-toryRept LA-2900 (I963) 14) M. Lutzky,... [Pg.464]

Detonation Properties of Explosives. See Detonation, Chapman-Jouguet Parameters and also Detonation Parameters and Characteristics... [Pg.498]

Detonation velocities calculated for densities of 0.73-1.80 are compared with those determined at Bruceton. Values calculated for TNT from the LSZK equation of state at densities of 1.00-1.625 are given for the following detonation parameters ... [Pg.553]

Caldirola (Ref 3) calcd, using some equations of hydrothermodynamic theory, relation betw density and some deton parameters. The data are given in Table 3... [Pg.644]

G.B. Kistiakowsky, "Theory of Stationary Detonation Waves , pp 952- 55 and "Calculation of Detonation Parameters, pp 955-59 in Kirk Othmer 5 (1950) (Not found in 2nd edition of Kirk Othmer)... [Pg.725]

E. Brandimarte, RivAeronaut, Astronaut-Missil 47 (1), 75-97 (1971) CA 74, 119 (1971) [Discussion on types of detonators, including metal filaments, is given. Some detonation parameters for T4 (RDX), Tritolo (TNT), NG, MeN03 and Tritolite (TDX-TNT mixt) are included]... [Pg.429]

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]

Cook (Ref 18a) presents theoretical calcu-. lations of the detonation parameters of several carbon black—liq oxygen compns. He gives... [Pg.581]

Detonation Phenomena in Liquid Explosives. Detonation parameters of LE are similar to those of solid expls of comparable density and energy content. This is shown in Table 1 which is to be comapred with Table 3-5 of Ref 29... [Pg.586]

Above we have stressed that detonation parameters of LE and solid explosives are comparable. Nevertheless, LE often exhibit detonation phenomena that resemble gaseous detonations more than detonations of solid expls. [Pg.586]

See other pages where Detonation Parameters is mentioned: [Pg.571]    [Pg.576]    [Pg.547]    [Pg.264]    [Pg.287]    [Pg.301]    [Pg.180]    [Pg.183]    [Pg.232]    [Pg.298]    [Pg.351]    [Pg.412]    [Pg.434]    [Pg.463]    [Pg.464]    [Pg.464]    [Pg.464]    [Pg.464]    [Pg.465]    [Pg.493]    [Pg.654]    [Pg.689]   
See also in sourсe #XX -- [ Pg.113 , Pg.116 , Pg.121 ]

See also in sourсe #XX -- [ Pg.89 , Pg.92 , Pg.96 ]



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