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投稿时间:2024-04-21 修订日期:2025-04-02
投稿时间:2024-04-21 修订日期:2025-04-02
中文摘要: 利用气象观测资料和弹道理论,建立人工影响天气(简称人影)火箭弹飞行弹道模型,分析大气垂直结构对人影火箭弹上升飞行阶段弹道特性的影响。结果表明水平风场的强度和方向对弹道偏转程度影响较大,1000 m高度以下的低层风场对弹道影响明显,大气密度对弹道的影响较小。模型对人影火箭弹射程、射高、偏转有正向修正作用,可以较准确地预测人影火箭弹的飞行弹道。
中文关键词: 人影火箭弹,弹道特性,大气垂直结构
Abstract:Based on observation data and ballistic trajectory theory, a simple model is established to analyze the influence of atmospheric vertical structure on the weather modification rocket ballistic trajectory during the ascending phase of rockets. The results indicate that the strength and direction of the horizontal wind field have significant impact on ballistic trajectory, especially in low-level wind fields below 1000 m height. The impact of air density is relatively small. The model could be beneficial for ballistic correction, includ-ing ballistic height, deflection, and distance, and would provide relatively accurate prediction trajectory for weather modification rocket.
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基金项目:中国气象局创新发展专项(CXFZ2023J037)资助
引用文本:
何松蔚,陈昌,高建秋,游积平,刘盛嘉,李铸杰,2025.大气垂直结构对人工影响天气火箭弹弹道影响[J].气象,51(9):1128-1136.
HE Songwei,CHEN Chang,GAO Jianqiu,YOU Jiping,LIU Shengjia,LI Zhujie,2025.Influence of Atmospheric Vertical Structure on Weather Modification Rocket Ballistic Trajectory[J].Meteor Mon,51(9):1128-1136.
何松蔚,陈昌,高建秋,游积平,刘盛嘉,李铸杰,2025.大气垂直结构对人工影响天气火箭弹弹道影响[J].气象,51(9):1128-1136.
HE Songwei,CHEN Chang,GAO Jianqiu,YOU Jiping,LIU Shengjia,LI Zhujie,2025.Influence of Atmospheric Vertical Structure on Weather Modification Rocket Ballistic Trajectory[J].Meteor Mon,51(9):1128-1136.
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