海軍戰術系統 的英文怎麼說

中文拼音 [hǎijūnzhànshùxìtǒng]
海軍戰術系統 英文
marine tactical system
  • 軍 : 名詞1 （軍隊） armed forces; army; troops 2 （參加某種活動的許多人） army; contingent 3 （軍隊的...
  • 術 : 術名詞1. （技藝; 技術; 學術） art; skill; technique 2. （方法; 策略） method; tactics 3. （姓氏） a surname
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 海軍 : sea service; navy海軍岸防兵 naval coastal defence force; 海軍導彈 naval missile; 海軍飛機 naval a...
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. In order to improve the capability of asw, navy has, preliminarily been equipped with modern anti - submarine weapons, among which helcopter serves as the core. consequently, for the formation of the powerful combat capability, there is an urgent need of building an airborne anti - submarine tactical data system ( tds ), which carries out comprehensive information processing and fulfils inflight commanding and guiding

    為了提高我軍的航空反潛水平，我軍已初步具備以旋翼飛機為核心裝備的硬體航空反潛能力，急需構建適應我軍現役搜、攻潛武器裝備的機載反潛戰術數據系統（ tds ） ，使我海軍在航空反潛方面形成強大的戰鬥力。
  2. Ntds - navy tactical data system

    海軍戰術數據系統
  3. While showing the importance and necessity to modern air - to - ground fighting of mps, the paper carefully elaborates the current situation of the advanced mission planning system in foreign countries, emphatically discusses and analyzes the architecture, the principle and its key techniques of classic mps in usa air - force, which is representative of the extent of modern mps, aiming at providing reference and benefit for the development of mps in air force, naval and army air force of our country

    摘要在分析任務規劃系統對現代空對地信息化作戰重要性和必要性的基礎上，詳細闡述了國外具有代表性的先進任務規劃系統的發展現狀和程度，重點論述和剖析了以美國空軍任務規劃系統為代表的典型任務規劃系統的體系結構、功能以及關鍵技術，旨在為我國空軍、海軍航空兵和陸軍航空兵發展任務規劃系統提供借鑒和參考。
  4. As a result the relatively reasonable basic data is designed and mathematics model on the firing effectiveness is established. then the c language program is used to solve the model and reasonable data index and relative theory on the basis of the large number of the simulation computation of the set target are obtained. the paper creatively puts forward the theory of the ship - borne artillery terminal guided projectile system and establishes the mathematics model to evaluate its firing efficiency, and creatively discusses the use of the terminal guidance system in the sea - crossing and island - landing battle, providing a theory basis for the future military struggle against taiwan

    本文的研究針對末制導炮彈這種新型的精確制導武器系統的特點，以炮兵射擊理論為基礎，以現代戰場上重要的點目標和集群裝甲目標為研究對象，設定了比較合理的基礎數據；建立了射擊效能的數學模型；採用統計試驗法，運用c語言設計計算程序對模型進行求解；對設定的重要目標，進行了大量的模擬計算分析，得出了比較合理的數值指標和相關結論；對其作戰應用進行了探討性研究，創造性地提出了船載炮發射末制導炮彈武器系統的新技術，建立了評定其射擊效率的數學模型；創造性地探討了末制導炮彈武器系統在渡海登島作戰中的應用，為未來戰場上我精確制導武器的使用，做好對臺軍事斗爭準備提供了理論依據。
  5. On the basis of these researches, it is considered that the space military countermeasure is essentially different from the land one, because of the complexity of the space environment, the integration of the space technology, the special position of space for military strategy, and easy to be damaged of the space equipment systems

    在此基礎上，本文認為，由於空間環境的復雜性、空間技術的集成性、空間裝備系統的易損性和空間特殊的戰略地位，空間軍事對抗較之傳統的陸、海、空軍事對抗有著本質的不同。
  6. Second, this paper analyzes the life cycle cost and risk in developing torpedo weapon system, then some suggestions are given. third, according to the new requirement from sea - war and other navy weapons, this paper predicts the progress of torpedo in the future, designing theory and the function of system simulation

    最後根據未來海戰和海軍裝備對魚雷提出的新要求，分析了未來魚雷的發展趨勢、魚雷設計方法及其關鍵技術和系統模擬方法在魚雷研製發展中的作用。
  7. Due to more and more application of unmanned air vehicles ( uav ) in war, theinteroperabilityand currencybetween uav systems become veryimportant. in 2001. 04, thefirstexperimenttocontrolthetake - offandlandingofamericanavy “ predator ” is carriedoutby the tactical control system ( tcs ), which is developed by america navy. in theexperiment, the launch and recovery, flight control and payload control is finished, and thedata can be received directly from “ predator ”. for investigate the framework, informationcriterionandkeycontroltechniqueoftcs, it ’ snecessarytotesttheprototypeoftcs

    隨著無人機在戰爭中越來越多的應用，無人機系統之間的互操作性和通用性變得尤為重要， 2001年4月，美國海軍研製的戰術控制系統對美海軍「捕食者」無人機進行了首次起飛和降落控制試驗，試驗完成了無人機的發射和回收、飛行控制、載荷控制，並可從「捕食者」飛機直接接收數據。
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