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A TECHNOLOGY OF BALLISTIC MEASUREMENT FOR MULTI-FLYING TARGETS

机译:多目标的弹道测量技术

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摘要

Based on the test requirements of guided rocket, guided aerial bomb andcluster munitions for continuously launching or dropping, a solution of multi flyingtargets test has been generated by combing techniques of FDMA, GPS and MEMS.The relevant test system has been developed and can be used to test multi flyingobjects in real time to acquire ballistic parameters including acceleration, angular rate,spinning rate, velocity, position and target’s internal operation signals. Thesemeasurement data are transmitted to the ground receiving station by severalorthogonal radio channels, then can be processed and analysed for evaluating thedynamic performance of tested projectile. The system composition, operationprinciple, main specifications and partial test results are described. The results of rangetest show that the solution is an effective technical approach and has actual applicationvalue.
机译:根据制导火箭,制导炸弹和导弹的测试要求 集束弹药,可连续发射或落下,是多重飞行的解决方案 目标测试是通过FDMA,GPS和MEMS的组合技术生成的。 已经开发了相关的测试系统,可用于测试多重飞行 实时获取弹道参数,包括加速度,角速度, 旋转速度,速度,位置和目标的内部操作信号。这些 测量数据通过多个方式传输到地面接收站 正交无线电信道,然后可以进行处理和分析以评估 测试弹丸的动态性能。系统组成,运行 描述了原理,主要规格和部分测试结果。范围的结果 测试表明,该解决方案是一种有效的技术手段,具有实际应用价值 价值。

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