Missile-borne integrated explosion force field real-time measurement warhead and control method

Abstract

The invention discloses a missile-borne integrated explosion force field real-time measurement warhead and a control method. A plurality of centrosymmetric measurement micro-systems are mounted on theside wall of a warhead housing, wherein the action center of pneumatic force of the measurement micro-systems is above the gravity center; a stable ribbon is mounted at the top end of the measurementmicro-systems; ammunition can be kept stable in the flight process; one surface of a high-strength metal base is in the front; and impact resistance is achieved. Before the warhead explodes, the stable ribbon is folded and stored in a mounting groove. After the warhead explodes, the measurement micro-systems fly out under the action of shock waves under the detonation action of powder charge of the warhead, and the stable ribbon is unfolded from a cavity under the action of airflow, so that the measurement micro-systems stably fly. A functional element acquires temperature, acceleration and position information and transmits and sends the temperature, the acceleration and the position information. The temperature of a force field of the warhead is measured in real time, and the specific impulse of the shock waves and the form of the force field are calculated according to the acceleration information and the position information.

Description

technical field [0001] The invention relates to damage effect evaluation technology, in particular to a warhead capable of real-time measurement of bomb-borne integrated explosion force field and a control method thereof. Background technique [0002] The measurement of warhead power field is one of the key measurement contents to evaluate the combat damage effect and grasp the damage effect of ammunition on the target. Warhead power field measurement refers to measuring the pressure of the shock wave at one or more points after the explosion of the warhead through the sensor, and the temperature change after the explosion shock wave, so as to evaluate the power of the battle and whether the warhead explodes according to the predetermined design, etc. , which is finally used to evaluate whether the warhead has the ability to damage the target. Under the conditions of shooting range shooting experiments, sensors can be arranged around the explosion point of the warhead, and ...

AI Technical Summary

Problems solved by technology

Under actual combat conditions, it is impractical for combat personnel to install sensors at target points to measure parameters in the warhead power field, which cannot be measured by traditional methods. Therefore, there is an urgent need for a real-time measurement of warhead power field parameters in actual combat. integrated warhead

Images