弹箭与制导学报
彈箭與製導學報
탄전여제도학보
JOURNAL OF PROJECTILES, ROCKETS, MISSILES AND GUIDANCE
2015年
2期
13-16
,共4页
陈榕%沈培志%侯学隆
陳榕%瀋培誌%侯學隆
진용%침배지%후학륭
反辐射导弹%反舰导弹%协同%发射时机
反輻射導彈%反艦導彈%協同%髮射時機
반복사도탄%반함도탄%협동%발사시궤
ARM%ASM%coordination%launch time
为突破现代水面舰艇严密的防空反导体系,提出了反辐射导弹与反舰导弹协同突击敌水面舰艇的不同方式,并根据两种导弹的航路特点,建立了不同情况下两种导弹发射时机数学模型,并对典型案例进行了仿真分析,为反辐射导弹与反舰导弹协同对海突击作战辅助决策提供了参考依据。
為突破現代水麵艦艇嚴密的防空反導體繫,提齣瞭反輻射導彈與反艦導彈協同突擊敵水麵艦艇的不同方式,併根據兩種導彈的航路特點,建立瞭不同情況下兩種導彈髮射時機數學模型,併對典型案例進行瞭倣真分析,為反輻射導彈與反艦導彈協同對海突擊作戰輔助決策提供瞭參攷依據。
위돌파현대수면함정엄밀적방공반도체계,제출료반복사도탄여반함도탄협동돌격활수면함정적불동방식,병근거량충도탄적항로특점,건립료불동정황하량충도탄발사시궤수학모형,병대전형안례진행료방진분석,위반복사도탄여반함도탄협동대해돌격작전보조결책제공료삼고의거。
In order to penetrate enemy modern air defense anti-missile system, different coordination modes for anti-radiation missile ARM) and anti-ship missile ( ASM) assaulting enemy surface vehicles were put forward. Mathematic models of launch time for both the missiles were built under different conditions based on path characteristic, simulation analysis of typical case was carried out, and refer-ences for coordinated operation assistant decision of ARM and ASM assaulting enemy surface vehicles were provided.