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R. Meyer J. Köhler A. Homburg Explosives

R. Meyer J. Köhler A. Homburg Explosives

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Minol<br />

Minol<br />

A pourable mixture of TNT, ammonium nitrate, and aluminum powder<br />

(40:40:20).<br />

casting density: 1.70 g/cm3 detonation velocity at casting density,<br />

confined: 6000 m/s =<br />

19700 ft/s<br />

Misfire<br />

Versager; raté<br />

An explosive material charge that fails to detonate after an attempt of<br />

initiation.<br />

Missile<br />

Raketenflugkörper; roquette<br />

The integral functional unit consisting of initiator and igniter devices,<br />

rocket engine, guiding equipment, and useful payload. W Rocket Motor.<br />

Missiles are, in principle, guided rocket projectiles.<br />

Mock <strong>Explosives</strong>*)<br />

Sprengstoff-Attrappen; factices<br />

Mocks are nonexplosive simulants for high explosives. They duplicate<br />

the properties for test purposes without hazard. The required properties<br />

to copy need different mocks, e.g., for physical properties, for<br />

density, or for thermal behavior.<br />

Monergol<br />

216<br />

In rocket technology the name for liquid or gelled homogeneous<br />

propellants, which require no other reaction partner for the formation<br />

of gaseous reaction products. Gas formation can be due to catalytic<br />

decomposition (on concentrated H2O2 or anhydrous hydrazine) or to<br />

an intramolecular reaction, e.g., by decomposition of propylnitrate<br />

generating N2, CO, CO2, NO, etc., W Liquid Propellants.<br />

* For more details see Dobratz, B. M., Properties of Chemical <strong>Explosives</strong> and<br />

Explosive Simulants, UCRL-51 319, Rev. 1, University of California.

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