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Engine ignition transient observation

民营运载火箭市场发展迅速，对火箭推力需求提高，作为推力系统的重要部件，尾喷管的性能与可靠性直接影响火箭整机的安全及性能全局。

民营运载火箭尾喷管一般为薄壁壳体构件，具有尺寸大、壁薄、刚性弱的特点，在高温高压燃气工作环境下，易出现高频振动，影响发动机气流通道形状、气体流动规律和发动机效率，故需借助高速摄像机观测点火全过程尾喷管的振动情况，评估构件的结构、直径等设计指标。

某著名民用火箭厂商采用千眼狼高速摄像机，以1920×1080 @2000fps参数，清晰观测尾喷管在点火瞬态和尾焰从红色焰持续到蓝焰输出全过程中的振动情况，并通过图像定位振源的机械部位。

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