electromagnetic environment 中文意思是什麼

electromagnetic environment 解釋
電磁環境
  • electromagnetic : adj. 電磁的。
  • environment : n. 1. 周圍,圍繞。2. 圍繞物;環境,四周,外界。3. 環境藝術作品;環境戲劇(cf. environmental art)。
  1. Electromagnetic environment protection requirements for earth stations

    地球站電磁環境保護要求
  2. With the continuous developments of modern radar technology and anti - electronic technology, the electromagnetic environment hade become more complicated, the transmitted signal ' s carrier frequency had become higher, frequency band occupation had become wider, the form of the signal had become more concealment

    數字信號處理相對于模擬信號處理的優越性主要表現在精度高、靈活性強、可靠性好、易於大規模集成及存儲等,所以正受到工程界越來越多的關注。
  3. Interference to radio astronomy observatory service and protection of electromagnetic environment

    射電天文業務干擾評價和電磁環境保護探討上
  4. Electromagnetic environment requirements for shortwave radio receiving stations

    短波無線電收信臺
  5. Electromagnetic environment protection requirements for microwave relay stations

    微波接力站電磁環境保護要求
  6. The current radar scout system has some problems for processing multiform signals, confronting the complex electromagnetic environment and various radar characteristic signals. the adaptive front - end in receiver can solve these problems, and this dissertation analyzes it

    面對日趨復雜的電磁環境以及變化繁多的雷達特徵信號,現有的雷達偵察接收系統對多種信息的處理顯得力不從心,本文從接收機前端考慮,對其中的一種解決方法? ?自適應的接收機前端進行分析、研究。
  7. In condition that electromagnetic environment become more and more complex and electromagnetic warfare will become much acute in domain of the present military combats, researches on arm and anti - arm technologies becomes a hot spot in command of the air

    在電磁環境日趨復雜,電磁斗爭日益激化的現代戰爭條件下, arm的研究和抗擊arm的研究,成為當前軍事斗爭領域爭奪制空權的熱門話題,這項研究正方興未艾。
  8. A very important one is the intersystem prediction and analysis of electromagnetic compatibility to the radio systems in this electromagnetic environment. this paper presents research on the intersystem prediction and analysis of electromagnetic compatibility to the radio systems positioned by the geographical longitude and latitude coordinate system and the elevation system. it can give assistant solution to the interference among the radio systems so as to avoid functional degradation and even failure after the systems disposed and mounted and the money and time wasting

    本文對處于陸上局部區域內的、以經緯度地理坐標系和高程系進行定位的無線電系統間的電磁兼容性預測進行了研究,以對系統間的相互干擾情況作出預測,給解決局部區域中無線電系統間相互干擾問題的方案提供支持,以避免在系統布置、安裝完成之後出現相互干擾情況而使系統性能下降,甚至失效,造成資金和時間的浪費。
  9. Electromagnetic environment requirements for aeronautical radionavigation stations

    航空無線電導航臺站電磁環境要求
  10. On electromagnetic environment below super - voltage lines

    超高壓送電線路下方空間電磁環境的研究
  11. Electromagnetic environment requiremets for sea long and middle range radionavigation stations and monitors

    對海中遠程無線電導航臺站電磁環境要求
  12. The results show that the interference components up 1mhz are not mitigated in the equipment, the design should be improved. the hardware and software developed in this paper are useful for characterizing the transient electromagnetic environment of high voltage substations

    利用該系統分析了某繼電保護設備pt端信號採集系統的抗干擾特性,結果表明,該繼電保護設備的抗干擾網路對1mhz以上高頻干擾成分的抑制作用較小,建議改進抗干擾網路的設計。
  13. The general electronic warfare reconnaissance receiver, at the same time the multi - signal processing ability is weak, it only can do single signal processing per time. to process more signals, common receivers use pipeline and time - sharing method which is totally unsuitable for the extremely complicated electromagnetic environment in the modern war

    通常的電子戰偵察接收機,同時多信號處理能力比較弱,同一時刻只能處理一個信號,而對多信號的處理只能採用流水作業的辦法進行時分處理,這已不能適應日益復雜的電磁環境下的信息化戰場需求。
  14. A dbf algorithm, which can be used to inspect the ocean electromagnetic environment, is pointed

    指出了一種可以用於海洋監測電磁環境中的數字波束形成演算法。
  15. With the fast development of modern electronic technology, electronic reconnaissance equipment is facing the challenges from the more and more complicated electromagnetic environment. the wide band, the digitization, multi - purpose, the software already became the tendency which the electronic reconnaissance equipment develops

    隨著現代電子技術的不斷發展,電子偵察系統面臨的電磁環境日益復雜多變,寬帶化、數字化、多功能、軟體化已經成為電子偵察設備發展的趨勢。
  16. Aiming at the scheme of the signal electromagnetic environment simulator of the wireless communication system, the mission of this project is to design and realize the conversion of high speed parallel signal to serial signal and conversion of high speed digital signal to analog signal. the signal comes from the v / uhf wave band of the background simulator

    本課題的任務是針對通信信號電磁環境模擬器系統的方案要求,設計實現背景信號模擬器v uhf波段後端高速信號的復接與d a轉換,為后級的頻率綜合器的信號頻譜搬移提供了基本信號。
  17. With the development of radar technology, radar system has been more diversiform and complicated, which make ecm face much more complex electromagnetic environment. how to sort and analyze signal exactly is an important research of ecm. in this paper, we mainly research the signal sorting 、 system simulating and dsp realizing : 1. the paper introduces the environment of ecm and analyses the character of time domain 、 frequency domain 、 air space 、 power density and polarization detailedly

    本文主要就是研究復雜電磁環境下的彈上電子對抗系統信號分選關鍵演算法、系統軟體模擬以及dsp的實現,主要包括以下幾個方面: 1 .對電子對抗環境進行了介紹,並對雷達偵察機的信號環境的時域特徵、頻域特徵、空域特徵、功率密度(能量)特徵以及極化特徵進行了詳細的分析,得出了對雷達偵察接收機信號分選系統設計的主要依據。
  18. Electromagnetic environment conditions and testing procedures for nuclear instrumentation

    核儀器電磁環境條件與試驗方法
  19. Measurement result and analysis of electromagnetic environment of 500 kv extra high voltage power lines

    超高壓輸電線下方電磁環境測量與分析
  20. By using computer network, distributed multimedia database, speech signal process and computer graphics technologies, this project use non - diving into virtual reality technology to implement virtual radio detection work environment through the simulation of electromagnetic environment, receiver and recorder among radio detection work to make those who take part in training immerse in similar training environment as real detection work and achieve the same training effect as in real detection work

    本課題採用計算機網路、分散式多媒體數據庫、語音信號處理和計算機圖形學等技術,運用「非投入」式虛擬現實技術方法,通過對無線電監測工作中電磁環境、接收機和錄音機的模擬,實現了無線電監測人員工作環境的虛擬,從而使參訓人員投入到與監測工作實際相近的訓練環境、達到與實際監測工作相同的訓練效果。
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