電子對抗原理

第一章 電子對抗概述·················································································.1
第一節(jié) 電子對抗的概念和特點·······························································.1
第二節(jié) 電子對抗的分類········································································.3
第三節(jié) 電子對抗的應(yīng)用領(lǐng)域和作用·························································.5
一、電子對抗的應(yīng)用領(lǐng)域··································································.5
二、電子對抗的作用········································································.6
第四節(jié) 電子對抗的發(fā)展史及發(fā)展趨勢······················································.8
一、電子對抗的起源········································································.8
二、電子對抗的形成········································································.8
三、電子對抗的發(fā)展········································································.8
四、電子對抗的未來········································································11
本章小結(jié)···························································································.14
復(fù)習(xí)與思考題·····················································································.14
第二章 雷達對抗原理···············································································.15
第一節(jié) 雷達對抗概述·········································································.15
一、雷達對抗的基本過程································································.15
二、雷達對抗的作戰(zhàn)對象································································.16
三、雷達對抗的技術(shù)體系································································.17
四、雷達偵察概述·········································································.18
五、雷達干擾概述·········································································.33
六、雷達對抗的發(fā)展史及發(fā)展趨勢····················································.51
第二節(jié) 雷達偵察測頻技術(shù)···································································.55
一、現(xiàn)代雷達偵察測頻體制·····························································.56
二、外差式接收機·········································································.59
三、信道化接收機·········································································.63
四、瞬時測頻接收機······································································.64
五、數(shù)字測頻接收機······································································.70
第三節(jié) 雷達偵察測向技術(shù)···································································.71
一、現(xiàn)代雷達偵察測向體制·····························································.72
二、搜索法測向············································································.75
三、比幅法測向············································································.78
四、比相法測向············································································.81
五、數(shù)字接收機測向······································································.84
第四節(jié) 雷達偵察無源定位技術(shù)·····························································.86
一、單站定位法············································································.87
二、多站定位法············································································.89
三、無源被動定位的主要指標··························································.93
四、無源被動定位的發(fā)展趨勢··························································.94
第五節(jié) 雷達偵察信號參數(shù)測量和信號處理技術(shù)········································.94
一、信號測量和處理的要求·····························································.95
二、脈沖描述字參數(shù)測量································································.98
三、信號處理任務(wù)、流程及信號分選、識別·······································.100
第六節(jié) 雷達情報偵察技術(shù)··································································.104
一、雷達輻射源識別·····································································.105
二、雷達信號脈內(nèi)特征分析····························································.107
三、雷達信號個體特征分析····························································.109
第七節(jié) 遮蓋性干擾技術(shù)·····································································.118
一、干擾原理和分類·····································································.118
二、最佳干擾波形···························································