FOE gaseous state molding charging fuel air explosive

Abstract

A body of an FOE gaseous state molding charging fuel air explosive is a closed container or space filled with fuel gas and oxygen mixed gas, an air inlet and an air outlet are arranged, an ignition head can be preferably selected at will in the mixed gas space, the ignition head is controlled to achieve ignition, the fuel gas and oxygen mixed gas is conveniently ignited, and cloud mist detonationis formed. The fuel air explosive can mould the shape of the fuel gas and oxygen mixed gas at will, the oxygen concentration is high, the cloud mist detonation power within unit space is large, and athird kind of fuel air explosive except for a secondary detonation fuel air explosive and a thermobaric bomb is achieved.

Description

technical field [0001] Cloud-explosion ammunition, fuel-air explosive, especially a cloud-explosion bomb with a gaseous shaped charge. Background technique [0002] Existing fuel-air explosives or cloud-explosive ammunition are basically for military purposes, all of which explode fuel in an instant, ignite and detonate immediately after forming fuel-air mixtures, and are not yet used by civilians. Military cloud bombs need to be weaponized and adapt to complex battlefield environments. The structure is relatively complex, the technical requirements are high, the cost is high, and delivery tools are required. [0003] Cloud explosion ammunition is a mixture of gas and air. There is only less than 21% oxygen in the air, and the remaining nearly 80% nitrogen does not participate in the reaction and occupies most of the space. The higher the altitude, the The lower the amount of oxygen, the lower the explosive power of the mixed gas per unit volume, resulting in insuff...

AI Technical Summary

Problems solved by technology

Military cloud bombs need to be weaponized and adapt to complex battlefield environments. The structure is relatively complicated, the technical requirements are high, the cost is high, and delivery tools are required

[0003] Cloud explosion ammunition is a mixture of gas and air. There is only less than 21% oxygen in the air, and the remaining nearly 80% nitrogen does not participate in the reaction and occupies most of the space. The higher the altitude, the The lower the amount of oxygen, the lower the explosive power of the mixed gas per unit volume, resulting in insufficient oxygen and excess fuel in many cases, resulting in fuel residue and polluting the environment

[0004] Cloud explosives that detonate immediately after the fuel and air are mixed have many limitations, such as low reliability, imprecise gas concentration, uneven mixing of gas and air, and suboptimal mixing ratios. Some areas such as complex spaces cannot It cannot be used in windy weather. It should be detonated immediately after the mixture is exploded, and the timing of the second detonation should be controlled. The explosive power is limited, and the fuel utilization is limited.

Secondary detonation cloud explosion ammunition has high requirements for accuracy and overall environmental coordination, such as the concentration of the mixture, ignition height, ignition delay time control, wind speed, humidity and other meteorological conditions, as well as uneven mixing of oil and gas, will cause Explosion energy is reduced and not fully utilized

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