Artificial hail-suppression rain-enhancement projectile with rain-enhancement catalyst distributed away from fuse output end

Abstract

The invention discloses an artificial hail-suppression rain-enhancement projectile with a rain-enhancement catalyst distributed away from a fuse output end. The artificial hail-suppression rain-enhancement projectile comprises a fuse body, a fuse booster, a rain-enhancement catalyst grain or cartridge bag, an explosive loader and a projectile body, wherein the fuse body is positioned on the head part of the projectile, and the bottom of the fuse is provided with the booster; the explosive loader in the projectile is tightly adjacent to the output end of the fuse booster; the rain-enhancement catalyst, for example silver iodide, does not occupy the center of the projectile explosive-loading input end tightly adjacent to the output end of the fuse booster and returns to the explosive loader; the rain-enhancement catalyst is distributed along the peripheral edge of the input end of the explosive loader or the explosive loader is divided into upper and lower explosive grain sections; therain-enhancement catalyst is distributed in a center blind hole in the upper end surface of the lower explosive grain; and a supporting plate is arranged at an interface, above the rain-enhancement catalyst, of the two explosive grain sections for guaranteeing emitting strength and emitting safety of the upper explosive grain. The position of the rain-enhancement catalyst grain or cartridge bag isreasonably arranged, so that reliable explosion, on projectile explosive loader, of the booster is facilitated.

Description

technical field [0001] The invention belongs to the technical field of anti-hail and rain-increasing projectiles for artificial weather modification, and particularly relates to an artificial hail-proof and rain-increasing projectile in which a rain-increasing catalyst is arranged away from the output end of a fuze. Background technique [0002] At present, the rain-increasing catalyst (such as silver iodide) grains or packs in my country's artificial hail-proof rain-enhancing shells are mainly arranged in the center of the upper end of the explosive charge, such as figure 1 As shown, it mainly includes a fuze body 1, a fuze detonator tube 2, a rain-increasing catalyst grain or a charge 3, an explosive charge 4, a body 5, and a rain-increasing catalyst (such as silver iodide) grain or a charge 3 is located in the fuze Just below the detonator tube 2, this will cause the explosion wave propagation to be blocked after the fuze is detonated, so that the explosive charge 4 canno...

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Problems solved by technology

[0003] The object of the present invention is to provide a kind of artificial hail-proof rain-enhancing projectile that the rain-increasing catalyst is arranged far away from the output end of the fuze, so as to solve the problem that the distribution structure of silver iodide (rain-increasing catalyst) in the prior art affects the completeness of detonation, resulting in excessive fragmentation of the projectile , even the safety issue that the projectile cannot be exploded

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