电子信息对抗技术
電子信息對抗技術
전자신식대항기술
ELECTRONIC INFORMATION WARFARE TECHNOLOGY
2012年
4期
52-55
,共4页
水面舰艇%反辐射导弹%复合干扰
水麵艦艇%反輻射導彈%複閤榦擾
수면함정%반복사도탄%복합간우
surface ship%anti-radiation missile (ARM)%compound jamming
针对大多数舰艇都装备了有源设备和无源干扰装置的实际,提出了舰艇对抗反辐射导弹的有源和无源复合干扰方法。在分析其技术原理的基础上,建立了相应的数学模型,并通过计算证明该方法是可行的。最后,对舰艇在实际运用该方法对抗反辐射导弹过程中应把握的问题进行了进一步分析。
針對大多數艦艇都裝備瞭有源設備和無源榦擾裝置的實際,提齣瞭艦艇對抗反輻射導彈的有源和無源複閤榦擾方法。在分析其技術原理的基礎上,建立瞭相應的數學模型,併通過計算證明該方法是可行的。最後,對艦艇在實際運用該方法對抗反輻射導彈過程中應把握的問題進行瞭進一步分析。
침대대다수함정도장비료유원설비화무원간우장치적실제,제출료함정대항반복사도탄적유원화무원복합간우방법。재분석기기술원리적기출상,건립료상응적수학모형,병통과계산증명해방법시가행적。최후,대함정재실제운용해방법대항반복사도탄과정중응파악적문제진행료진일보분석。
For most of the ships are equipped with active equipment and passive jamming device, an approach for surface ship confronting anti-radiation missile with active and passive compound jamming is proposed. Based on the principle, the corresponding mathematical models are established and the feasibility of the approach is proved. Lastly, some problems are analyzed that ought to be noticed when exercising the approach.
