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Chronograph

Mahleu Chronograph. One of the older chronographs, a modification of the Le Boulange, Bashford and Schultze-Marcel-Dieprez devices Ref Barnett (1919), 205... [Pg.28]

Muzzle velocities may either be calcd by means of equations, such as that of LeDuc (Ref 1, p 74) or detd experimentally thru use of chronographs (Refs 4 5)... [Pg.181]

Navez Chronograph. See under Chronographs, Chronoscopes, Chronometers and Other Devices Used in Measuring Velocities of Projectiles in Flight and of Detonation Velocities of Explosives in Vol 3, C305-R... [Pg.205]

Neesen s Photogrammetric Apparatus. Invented in 1903 for determining the speed of rotation of projectiles. Also see under Neesen s Chronograph in Vol 3, C306-L Ref Cranz 3 (1927), 315-21... [Pg.206]

Optical Chronograph. Same as Rotating Drum Ophorite. A Brit perchiorate expl used during Chronograph, described briefly under Chrono-... [Pg.425]

Paul s Chronograph. A modification of Duda s Ballistograph for detg the velocity of projectiles in flight. See under Ballistograph in Vol 2, B10-L... [Pg.537]

Note Pendulum chronographs are not the same as ballistic pendulum chronographs (see Vol 2, B6-R)... [Pg.557]

Di(picrylthial)-xylene instead of Di(picrylthiol)-zylene Boulange, Le Chronograph instead of Boulenge, Le Chronograph... [Pg.84]

The length of consumed column can also be determined photographically. The velocity of detonation can be determined by one of the methods described in Vol 3 of Encycl under CHRONOGRAPHS, pp C311-C317, or by Drum Camera Methods, described in Vol 2 under CAMERAS, p C14-L... [Pg.200]

Dautriche Method for Determination of Detonation Velocity. See Item H under CHRONOGRAPHS in Vol 3, p C311-R... [Pg.204]

Aberdeen Chronograph Method. See Vol 3, p C308-R under CHRONOGRAPHS... [Pg.300]

Camera (or Solenoid) Chronograph Method. See Vol 3, p C308-R under CHRONOGRAPHS CAMERAS, HIGH-SPEED, PHOTOGRAPHIC Combustion Tests are listed in Vol 1, p X. See also under Burning Tests... [Pg.301]

Determination of Detonation Velocity (71-4) Sensitivity to Impact (Sensibilite/ au choc) (74-5) Sensitivity to Friction (75-6) Sensitivity to Initiation (Sensibilite a 1 amorce) (76) Pressure Measurements by Manometric Bomb, by Crusher Test and by Piezoelectric Manometer (79 97) Density Determination (99-100) Chronographs of Schulze and of Le Boulange (101) Tests for Stability by Methods of Abel, Spica, Vieille at 110°C, German at 135° Bergmann-Junk, Su, Hansen-Grotannelli, Silvered Vessel and Taliani (107-09) Explosion Test (109-10)... [Pg.310]

Hayes (1938) Measurement of Grains (pp 28-29) Compression Test (29) Stability by Kl-Starch Paper Test, 134.5°C Heat Test, 120°C Heat Test, 65.5°C Surveillance Test and Observation Test (29-30) Ballistic Test (30-31) Heat of Explosion at Constant Pressure (51-2) Volume of Gas (52-3) Heat of Explosion at Constant Volume (54-5) Potential (55) Temperature of Explosion (55-7) Pressure of Explosion (57-61) Heat of Explosion of Propellants (62-4) Ignition of Propellants (68-70) Mode and Rate of Burning (70-71) Velocity Measurements by Le Boulange, Aberdeen, and Solenoid Chronographs (84-92) Pressure Measurements by Crusher and Piezoelectric Gages (92-6)... [Pg.311]

Stettbacher (1945) Determination of Density (pp 7-8) Determination of Heat of Explosion (8-10) Determination of Detonation Velocity by Siemens Spark Chronograph, by Rotating Drum Apparatus and by Dautriche Method (10-13) Determination of Volume of Gases Evolved on Explosion (13-14) Temperature Developed on Explosion (14-16) ... [Pg.313]

Steel Plate Test (prova della Piastro di Acciaio) (51-2) Ignition Temperature (Tem-peratura di Accensione) (52 3) Velocity of Bullets by Le Boulange Chronograph (294-97)... [Pg.314]

B. Experimental Determination of Detonation Velocity. Historical background for development of methods for exptl determination of deton velocities is already given in Vol 3 of this Encycl (Ref 75), pp C310-R and C311-L, under Chronographs and Other Devices Used for Measuring Detonation Velocities of Explosives. [Pg.632]

The optical methods are described in Vol 2 of Encycl (Ref 73), p C13 to Cl9 under CAMERAS HIGH-SPEED PHOTOGRAPHIC, while the chronographic methods are in Vol 3 (Ref 75), p C304 to C319, under CHRONOGRAPHS... [Pg.632]

Calculation of deton vel by the formula of Berthelot) 92-6 (Exptl detn of deton vel by chronographs of LeBoulenge and Mettegang) 97-8 (Detn by accelograph of Duprez) 98-100 (Detn by. Dautriche method) 33) D.P. MacDougall et al, "The Rate of Detonation of Various Explosive Compounds and Mixtures , OSRD 5611(1946) 34) C.R. Niesewanger 8c... [Pg.637]

Vol 3(1966), pp C304 to C319, (Chronographs and other methods for determination of detonation velocities) 84) R.W. Woolfolk A.B. Amster, "Low-Velocity Detonations Some Experimental Studies and Their Interpretation , 12thSympCombsm (1968) (Pub 1969), pp 731-39 85)M.F. Zimmer, "Similarity Between Wave Structures of Gaseous and Liquid Low Velocity Detonations , Ibid, p 740 (Paper No 73 in Abstracts, pp 133-34). This material is published in Combustion Flame 12, 1-4(1968)... [Pg.640]

See other pages where Chronograph is mentioned: [Pg.524]    [Pg.140]    [Pg.181]    [Pg.430]    [Pg.557]    [Pg.157]    [Pg.84]    [Pg.84]    [Pg.84]    [Pg.84]    [Pg.300]    [Pg.301]    [Pg.304]    [Pg.305]    [Pg.305]    [Pg.306]    [Pg.307]    [Pg.310]    [Pg.312]    [Pg.317]    [Pg.632]    [Pg.637]    [Pg.637]    [Pg.638]    [Pg.654]    [Pg.661]   
See also in sourсe #XX -- [ Pg.14 , Pg.16 ]

See also in sourсe #XX -- [ Pg.14 , Pg.16 ]



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Boulenge chronograph

Optical chronograph

Pendulum chronograph

Sample Chronograph Record

Siemens’ chronograph

Solenoid chronograph

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