guided radar 中文意思是什麼
guided radar
解釋
導向雷達-
It is guided to its destination by radio and radar control.
它是通過無線電和雷達控制裝置而導向其指定目標的。 -
Avionics self - protection system is a subsystem of the advanced avionics system, which has the main functions to find hostile radar - guided weapons system and infrared - guided weapons system by using the mothed of radar reconnaissance. and then to countermeasure enemy ' s radar - guided weapon system and infrared - guided weapons system by adoptinging those measures of electric - magnetic jamming ( active countermeasures ), chaff cloud deception jamming ( passive countermeasures ) and ir decoy deception jamming ( passive countermeasures ) so as to protect our airplanes from the hostile attacks this paper have researched deeply for the integrated mode of avionics self - protection system
航空自衛系統是先進航空電子綜合化系統的一個分系統，其主要功能是通過雷達偵察方式發現敵方雷達制導武器系統和紅外製導武器系統，並通過實施電磁干擾（有源干擾） 、箔條雲欺騙式干擾（無源干擾）和紅外誘餌欺騙式干擾（無源干擾）對抗敵方雷達制導武器系統、紅外製導武器系統，保護我機免受敵方武器系統攻擊。 -
Abstract : the main jamming and anti - jamming measure of ground to air missile system is analyzed in this paper. the evaluating model the performance of synthetic anti - jamming is proposed. moreover, the performance of synthetic guided radar is quantitatively evaluated
文摘:對地空導彈武器系統制導雷達面臨的主要干擾及其所採取的主要抗干擾措施進行了分析，建立了制導雷達綜合抗干擾能力評估模型，對制導雷達綜合抗干擾能力進行了評估。 -
With the development of aerospace science, especially the appearance of high speed attack weapons such as guided missile, radar is required to not only discover and track the target in further distance but also command plane and missile to head off the target
隨著空間技術的發展，特別是導彈等高速進攻性武器的出現，要求雷達能在更遠的距離上發現和跟蹤目標，並能及時指揮和引導飛機和導彈攔擊目標。 -
The mica is available in two variants, the active radar - guided mica em and passive infra - red ( ir ) - homing mica ir
米卡導彈有兩種型號，即主動雷達制導型的米卡em和被動紅外製導的米卡ir 。 -
The kinematics model, kinetics model, infrared radiation model and radar cross section model of bomer and the kinematics and kinetics of infrared guided missile and radar guided missile are studied
研究了轟炸機的運動學、動力學模型，轟炸機紅外目標輻射模型與雷達散射截面積（ radarcrosssection ， rcs ）模型。研究了紅外製導導彈與雷達制導導彈的運動學與動力學模型。 -
This paper is on the research of a new multifunctional decoy composition, which can counterwork the weapons guided by infrared and radar ( electromagnetic ). the research on the preparation of the complex decoy is detailed below
為對抗紅外製導和雷達（電磁）制導於一體復合制導武器的出現，該論文開展一種新型多功能復合誘餌劑的制備工藝及其性能測試方面的研究。 -
Damaging effectiveness evaluation of an unnamed active radar terminally guided missile against target
某型主動雷達末制導導彈毀傷目標效能評估 -
Once again, rival technology for manned aircraft stole the thunder : stealthy designs to reduce the radar signature, precision weapons such as cruise missiles and laser - guided munitions and new sensors such as synthetic - aperture radar that could look through clouds
對手的人工駕駛飛機的科技再一次先聲奪人：為減少雷達信號而進行的秘密設計、諸如巡航導彈與激光導向的軍需品之類的精密性武器，以及一些新型傳感器，諸如可透視雲層的合成光圈的雷達。 -
The kinematics, kinetics and countermeasure model of infrared countermeasure flare and the countermeasure model of directed infrared countermeasures system and the countermeasure model of smoke generator ' s countering infrared guided missile and the countermeasure model of radar countermeasure chaff are studied
研究了紅外干擾彈的運動學、動力學及干擾機理模型。研究了紅外干擾機的干擾機理模型。研究了煙幕對紅外製導導彈的干擾模型。 -
With its widely application in precise guided weapons, the performance of whole weapon system is sharply improved by the complementarities of active and passive radar system
主被動雷達復合制導技術在精確制導武器上的應用，充分利用主被動雷達性能互補特點，並能兼顧導引頭系統的戰術性能、設計復雜度和費用等方面的平衡，提高了武器系統的效能。 -
As active and passive radar composite seeking technology balances the tackle performance, design complexity and expenditure of a missile guided system, there will still be great potential of such technologies in current and future theater assault and defense systems
這使該技術在當前及未來的戰場攻防體系中具有很強的應用前景。信息融合演算法設計是主被動雷達復合制導技術的核心，其本質屬于多傳感器多目標融合跟蹤演算法范疇。 -
With the development of the modern wireless communications, the request for the frequency synthesizers is higher and higher in the system of the mobile communication, radar, guided weapon and electronic counter
隨著現代無線通信事業的發展，移動通信、雷達、制導武器和電子對抗等系統對頻率合成器提出了越來越高的要求。
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