首页> 外国专利> METHOD OF THE CONFIRMATION OF THE INTRABALLISTIC ENERGY AND CHARACTERISTICS OF THE SOLID-PROPELLANT CHARGE OF THE SPECIAL JET PROPULSION UNIT AND BENCH DEVICE

METHOD OF THE CONFIRMATION OF THE INTRABALLISTIC ENERGY AND CHARACTERISTICS OF THE SOLID-PROPELLANT CHARGE OF THE SPECIAL JET PROPULSION UNIT AND BENCH DEVICE

机译:专用喷气推进装置和台架装置的弹道能量和固体推进剂特征的确认方法

摘要

1. A method for verification intraballistic and energy characteristics of the solid rocket motor charge special purposes, comprising burning a series of charges with different rates of combustion chamber-simulator with feed circular opening of the critical section with the pressure in the metering chamber, the simulator, characterized in that the charge before combustion thermostated to a temperature providing charge burning rate and pressure in the engine with minimum deviations from their nominal values ​​and the determined n formula: where t- temperature thermostating charge before firing bench test (BID) t- maximum operating temperature range; t- lowest temperature range of operation - the burning velocity of the charge in a particular party, a certain constant pressure in the device (PDP); u- maximum speed charge combustion at a maximum temperature over the operating range; u- minimum speed charge combustion at a minimum temperature in the range ekspluatatsii.2. Stand device for confirmation intraballistic and energetic characteristics of the solid charge rocket engine for special purposes, comprising a metal jig with a horizontal rotary plate for mounting simulator chamber with feed circular opening of the critical section, a pressure measuring sensor in a camera simulator, siloizmeritelej between the rotary plate and slipway, characterized in that the jig has a vertical stop wall, which is fastened to the bracket with the bearing assembly for vertical swinging plate shaft ceiling elements, fastened siloizmeritelej n
机译:1.一种用于验证固体火箭发动机弹药特殊用途的弹道和能量特性的方法,该方法包括:以不同速率的燃烧室-模拟器燃烧一系列弹药,其中临界部分的进料圆形开口随计量室中的压力而变化,模拟器,其特征在于燃烧前的装料被恒温到提供发动机内的燃烧速率和压力的燃烧温度,其偏离其标称值和确定的n公式有最小的偏差: t-最高工作温度范围; t-最低工作温度范围-特定方中装药的燃烧速度,设备中一定的恒定压力(PDP);在运行范围内的最高温度下,以最大速度进行增压燃烧;在最小温度ekspluatatsii.2中的u-最小速度充气燃烧。用于确认用于特殊用途的固体装料火箭发动机的弹道和能量特性的支架装置,包括带有水平旋转板的金属夹具,用于安装模拟器室,该室具有临界部分的进料圆形开口,相机模拟器中的压力测量传感器,siloizmeritelej其特征在于,该夹具具有垂直的止动壁,该止动壁通过用于垂直摆动的板轴顶棚元件的轴承组件固定在支架上。

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