电光与控制
電光與控製
전광여공제
ELECTRONICS OPTICS & CONTROL
2014年
3期
29-32
,共4页
潜艇%攻击决策%尾流自导鱼雷%极限射距
潛艇%攻擊決策%尾流自導魚雷%極限射距
잠정%공격결책%미류자도어뢰%겁한사거
submarine%attack decision-making%wake homing torpedo%largest launch range
工程技术等因素对尾流自导鱼雷进入目标尾流的角度有限制,该进入角的限制对尾流自导鱼雷的作战使用及其极限射距都有影响。提出了一种规划尾流自导鱼雷弹道来满足进入角要求的方案,有无需弹道规划和需要弹道规划两种情况,分别给出了尾流自导鱼雷极限射距的近似计算方法。这种方法简单有效,能够满足潜艇攻击决策的使用需要。
工程技術等因素對尾流自導魚雷進入目標尾流的角度有限製,該進入角的限製對尾流自導魚雷的作戰使用及其極限射距都有影響。提齣瞭一種規劃尾流自導魚雷彈道來滿足進入角要求的方案,有無需彈道規劃和需要彈道規劃兩種情況,分彆給齣瞭尾流自導魚雷極限射距的近似計算方法。這種方法簡單有效,能夠滿足潛艇攻擊決策的使用需要。
공정기술등인소대미류자도어뢰진입목표미류적각도유한제,해진입각적한제대미류자도어뢰적작전사용급기겁한사거도유영향。제출료일충규화미류자도어뇌탄도래만족진입각요구적방안,유무수탄도규화화수요탄도규화량충정황,분별급출료미류자도어뢰겁한사거적근사계산방법。저충방법간단유효,능구만족잠정공격결책적사용수요。
The angle of wake homing torpedo (WHT) entering target wake is limited to a certain range due to engineering and technology requirements .This entry angle limitation has impact on both tactical usage of WHT and the determination of its largest launch range ( LLR).This paper proposes a scheme of WHT trajectory planning,in order to satisfy the entry angle requirement when it is necessary .Methods for the calculation of the LLRs are provided,for both cases with and without having to consider the entry angle readjustment.It is shown that these methods are simple and effective .