Solid propellant powder for energy time sequence compensation in artillery chamber
A timing compensation and propellant technology, which is applied in the energy field of body-tube weapons to achieve significant improvement, increase the muzzle velocity of the gun, and realize the effect of gradually increasing energy release.
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Embodiment 1
[0017] An energy-timing compensation of the artillery, is a hard and tough combustion material, which is covered with a crosslinking curing and a molding process, which is covered with a cylindrical particle bonding molded azalized surface. Cheng, the structure is shown figure 1 Indicated.
[0018] The blending ratio of the prepared bleed material is: 15% of the polydiazine glycyne ether, 10%, epoxy resin 25%, a diol 20%, and 30% isocyanate.
[0019] The prepared cylindrical particles bonded to compress the density drug, the density is 1.4 g / cm 3 High 27 mm, diameter is 20mm. Its matrix is a poly-125 launch; the adhesive content is 3%, and the binder consists of 85% ethanol acetone solvent (4: 1 v / v / v) and 15% C-stage nitric nitrogen nitrogen nitrogen nitrogen nitrogen nitrogen nitrogen nitrate cotton.
[0020] The preparative beacon cladding layer has a thickness of 4 mm. The static combustion characteristics of the energy emission drug in the artillery of the present emb...
Embodiment 2
[0022] An energy-timing compensation of the artillery, is a hard and tough combustion material, which is covered with a crosslinking curing and a molding process, which is covered with a cylindrical particle bonding molded azalized surface. Cheng, the structure is shown figure 1 Indicated.
[0023] The prepared becoming material and particle bonding molded density launcher are identical to the examples.
[0024] The thickness of the built-off layer of the prepared material was 2 mm. The static combustion characteristics of the energy emission drug in the artillery of the present embodiment was measured by a closed exploster, and the solid emission mixture was compensated by the energy timing of the main pharmaceutical monarch 6 / 7 emitter and the artillery. At 0.2 g / cm 3 The static combustion properties of the launcher were determined at the filling density. image 3 For the corresponding static burning L-B curve, it is also presented from the drawing of the emission energy releas...
Embodiment 3
[0026] An energy-timing compensation of the artillery, is a hard and tough combustion material, which is covered with a crosslinking curing and a molding process, which is covered with a cylindrical particle bonding molded azalized surface. Cheng, the structure is shown figure 1 Indicated.
[0027] The prepared becoming material is identical to the examples. The prepared particles bonded to mold the density drug, the density becomes 1.5 g / cm 3 The adhesive content becomes 5%, and the other parameters is identical to the examples.
[0028] The preparative beacon cladding layer has a thickness of 4 mm. The static combustion characteristics of the energy emission drug in the artillery of the present embodiment was measured by a closed exploster, and the solid emission mixture was compensated by the energy timing of the main pharmaceutical monarch 6 / 7 emitter and the artillery. At 0.2 g / cm 3 The static combustion properties of the launcher were determined at the filling density. F...
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Abstract
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