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METHOD AND DEVICE FOR GENERATION OF HIGH- PRESSURE GAS PULSE WITH EMPLOYMENT OF FUEL AND OXIDIZER, WHICH ARE RELATIVELY INERT IN THE ENVIRONMENT

机译:在环境相对惰性的情况下,通过使用燃料和氧化剂产生高压脉冲的方法和装置

摘要

FIELD: sources of high- pressure gas pulses, for example, for acceleration of projectiles. SUBSTANCE: source of high-pressure gas pulse for acceleration, for example, of projectile along the gun barrel comprises a structure containing a high-voltage electrode for initiation of axial electric discharges in the respective axial clearances (discharge gaps) behind the through hole accommodating the projectile. Plasma runs at right angles relative to axial discharges into the mass of the propellant, which is transformed into a component of the high-pressure gas pulse. The gaps are made in such a manner that at a shift of the projectile from its initial position and when it stays in the barrel the power applied to the plasma through the gaps that are nearer to the outlet exceeds the power applied to the plasma through the gaps that are more remote from the outlet. To prevent damage to the gun, the gaps are so made that the power applied to the plasma is the same in all discharges at initial formation of plasma. The gaps have walls, which erode differently at application of discharges so that a quicker erosion occurs in the walls of the gaps located nearer to the outlet as compared with that in the walls of the gaps that are more remote from the outlet. The propellant mass includes solid propellant and oxidizer, which do not enter into reaction in the conditions of environment, when part of the fuel sets against the structure. EFFECT: enhanced efficiency of gas pulses. 27 cl, 6 dwg
机译:领域:高压气体脉冲源,例如,用于加速弹丸。物质:例如用于沿枪管加速弹丸的高压气体脉冲源,包括一个结构,该结构包含一个高压电极,用于在通孔之后的各个轴向间隙(放电间隙)中引发轴向放电弹丸。等离子相对于轴向放电成直角,进入推进剂团块,推进剂团转变成高压气体脉冲的一部分。形成间隙的方式是,在弹丸从其初始位置移开并且当弹丸停留在枪管中时,通过更靠近出口的间隙施加到等离子体的功率超过通过弹丸施加到等离子体的功率。距离插座较远的空隙。为了防止损坏喷枪,间隙要做成使得在最初形成等离子体时所有放电中施加到等离子体的功率都相同。间隙具有壁,该壁在施加放电时受到不同程度的侵蚀,从而与位于更远离出口的间隙壁相比,在较靠近出口的间隙壁中发生更快的腐蚀。推进剂物质包括固体推进剂和氧化剂,当部分燃料抵靠结构时,它们在环境条件下不会发生反应。效果:提高了气体脉冲的效率。 27厘升,6载重吨

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