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Pendulum, ballistic, test

Pendulum, Ballistic, Test. See under Physical Tests in Vol 1, VII to VIII (Also see A. Schmidt, Explosivst 1962, 23-34)... [Pg.556]

Pendulum, Ballistic Test. See Ballistic Pendulum Test... [Pg.305]

W() Kirk Othmer, Vol 8(1952), pp 654-57 (Section on Testing Exolosives which includes Impact Tests, Explosion Temperature Tests, Sensitivity to Initiation, Pendulum Friction Test, Rifle Bullet Test, Sand Test, Rate of Detonation Determination, Ballistic Pendulum Test, Trauzl Lead Block Test,... [Pg.347]

Pendulum Friction Test Power(by Ballistic Mortar Test or by Trauzl Test), assuming 100% for TNT 130 Unaffected 128 120-125 120... [Pg.159]

Power, by Ballistic Pendulum 209% PA (Ref 6) Power, by Trauzl Test. For lOg sample with water tamping, the expansion is 61 See vs 600cc for NG, which gives ca 102.5% NG. When mixed with kieselguhr, or gelatinized with NC, MeN gives about the same values in the lead... [Pg.129]

Explosive D is approx 80% as brisant as TNT, as indicated by sand tests, but fragmentation tests in shell have shown it to be about 95% as brisant. Both expls have about the same rate of detonation at a d of 1.56g/cc hence, approx equality of brisance would be expected. The rate of detonation of Explosive D has been found to be somewhat affected, particularly at lower loading densities, by the granulation of the material, but this effect is not pronounced. Its expl strength is 98% that of TNT, as evidenced by the ballistic pendulum test (see below)... [Pg.754]

The tests most used are Ballistic Mortar and Trauzl Block Tests. See also Ballistic Pendulum, Coefficient d utilisation pratique, Cratering Effect, Kraftzahl, Mortar Test and Quinan Test. Cook (1958), pp 36-7 claims... [Pg.306]

Marshall 2(1917) Falling Weight Test (Lenze) (p 423) Friction Sensitivity Test (423) Sensitiveness to Detonation (429) Sensitiveness to Heat (434) Ignition Temperature (434) Heat of Explosion (440) Trauzl Test (469) Strength by Ballistic Pendulum (473) Velocity of Detonation by Dautriche Method (479) Brisance Meter of Hess (495)... [Pg.309]

Pepin Lehalleur (1935) Assembly of Calorimeter Landrieu-Malsallez and Bomb of Burlot-Malsallez (p 44, Fig 5) Brisance Determination by Kast, Quinan and Chalon Methods (63-64) Trauzl Block Test (French Modification) (64-66) Mortar Test (Epreuve de tir au mortier) (66-67) Ballistic Pendulum... [Pg.310]

H. Kast (104-07) Determination of Sensitivity to Friction (Medicion de la sensibili-dad al rozamiento) (107) Determination of Sensitivity to Initiation by Detonation (110-12) Determination of Sensitivity to Initiation by Influence (112-13) Determination of Power of Explosives using Trauzl Test (113-17), Small Lead Block Test (117), Quinan Apparatus (118), Guttmann Apparatus (118-19), Ballistic Pendulum (119-20), Mortar (Mortero probeta) (120-21) Determination of Efficiency of Initiating Devices by Lead Plate Test (121-23), Nail Test (123), Sand Test (124) and Acoustic Tests (124) Determination of Characteristics of Flames Produced on Explosion (125-29)... [Pg.312]

Lead Block and Copper Cylinder Compression Tests (113-15) Ballistic Pendulum Test (115-16) Fragmentation Test (Geschoss-Splitter Probe (118) Impact Test by Falling Weight (118-20) Deflagration Point (Verpuf-fungstemperatur) (120) Friction Test (120-21) Rifle Bullet Test (Beschussprobe) (121)... [Pg.313]

Power by Trauzl Test (142-45), by Compression Test (Ensayo por recalcado) (145-46) and by Ballistic. Pendulum (146) Fragmentation Test (148-49) Impact Test (Ensayo con un pilon) (150-53) Temperature of Deflagration (153) Friction Test (Ensayo de rozamiento) (153-54) Rifle Bullet Test (Ensayo de impacto) (154)... [Pg.313]

Taylor (1952), Measurement of Detonation by Dautriche (pp 24-28) and by Rapid-Photography Methods (28-32) Heat of Explosion by Calorimetric Bomb (40-2) Temperature of Explosion (43-7) Power or Strength of High Explosives by Trauzl Lead Block Test, Ballistic Mortar Test and pendulum Test (185-86)... [Pg.314]

Ballistic Pendulum and Ballistic Mortar Tests (86-92) Ballistic Pendulum of Schmidt (93) Steel Plate Test (94) Detonation by Influence (95-6) Gallery Test for Permissible Explosives (97-8) and Examination of Flames (98-100)... [Pg.326]

Ballistic Pendulum Test, described briefly in Ref 23, pp VII-VIII, has been used in USA and until 1949 in GtBritain (Ref 13, p 185). Ballistic Mortar Test, described briefly in Ref 23, p VII is used now in GtBritain (Ref 13, pp 185-86)... [Pg.476]

The Russian word "rabotosposobnost or "capacity of doing work corresponds to Engl "power , while the word "sila (pronounced sceela) means "force and can also be called "strength (See Ref 20, p 644-45 Ref 21, p 92 Ref 22, p 466). For practical determination of "rabotosposob-nost one uses in Russia Trauzl Test (Ref 20, p 647 Ref 22, p 466), as well as Ballistic Pendulum Test and Ballistic Mortar Test (Ref 22, pp 469-74). One can also use the Cratering Test (Ref 22, p 474) and a method based on the measurement of shock pressure (Ref 22, p 475). In the book of Baum et al (Ref 20, p 645) it is stated that "sila (F) can be calcd from the equation ... [Pg.476]

Measurement of power (or strength) of HE s by Trauzl Test, Pendulum Test and Ballistic Mortar Test) 14) Anon, " Military Explosives , TM 9-1910 (1955), 68-71 (Definition of "power and description of tests) 14a) W.E. Gordon et al,... [Pg.479]

Bandurin Rukin (1959), 92 (Rabotosposobnost is detd by Trauzl Test or by Ballistic Pendulum Test) 22) Andreev Belyaev (I960), 466-69 (Trauzl Test) ... [Pg.479]

Ballistic Pendulum Test) 471-74 (Ba llistic Mortar Test) 474-75 (Cratering Test) 475-76 (A method based on measurement of shock wave pressure) 23)... [Pg.479]

PATR 2700, Vol 1 (I960), pp VII-VIII (Ballistic Mortar Ballistic Pendulum Tests) IX-X (French test "Coefficient d Utiliza-tion Pratique, abbr CUP) IX (Mortar Test) ... [Pg.479]

XX (Potential) XX (Power) XXI (Quinan Test) XXV (Trauzl Test) 24) Dunkle s Syllabus (1960-1961), p 22d 22e [Discussion on ballistic mortar and ballistic pendulum. In both cases the angle of recoil (A) is measured and the "power ... [Pg.479]

Ballistic pendulum) 5-23 5-24 (Trauzl test) and 5-28 5-29 (Cratering effect) 27) C.G. Dunkle private communication, Jan 1968... [Pg.479]

It is to be Qoted that the total effective work capacity of an explosive usually has two resultants — (1) fragmentation and (2) blast effect or the movement of matter. These can be measured separately. As there is no shattering effect in the ballistic pendulum test, this test may be considered to measure total effective work capacity Ref W.H. Rinkenbach, Private communication, Allentown, Pa, Feb 20, 1964 Detonation, ZND (ZeTdavicb- von Neumann-Doering) Model. See Detonation NDZ (Neumann-Doring-Zel dovich) Theory, pD454... [Pg.730]

See other pages where Pendulum, ballistic, test is mentioned: [Pg.159]    [Pg.221]    [Pg.168]    [Pg.431]    [Pg.350]    [Pg.652]    [Pg.762]    [Pg.62]    [Pg.300]    [Pg.309]    [Pg.309]    [Pg.309]    [Pg.310]    [Pg.310]    [Pg.311]    [Pg.311]    [Pg.314]    [Pg.314]    [Pg.315]    [Pg.317]    [Pg.345]    [Pg.478]    [Pg.479]   


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