buoy system 中文意思是什麼

buoy system 解釋
浮標標制
  • buoy : n 1 浮標，浮子。2 浮圈，救生圈。vt 1 使浮起 （up） 〈比喻〉支持，鼓勵。2 用浮標指示（礁、水道等）...
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. The thesis mainly consists of : in chapter 1, on the ground of demanding background of the task, illuminate the urgent and important of the system on the manufacture and the embattle form of the buoy and methods about the experiments during synthesis experimentations that seeing about ocean underwater acoustic environment

    全文從以下幾個方面進行了論述：在第一章里，從項目需求背景出發，說明研製本系統的緊迫性和重要性，概述了在海洋水聲環境綜合考察試驗中，浮標的布陣形式及實驗方法。
  2. The flow - measuring system adopts the khafagi flume as the first sense organ to realize the flow / head signal conversion. the head signal is picked up and converted into voltage signal by the buoy - level mechanism and the magnet - resistant angle measuring sensor

    該流量測量系統採用卡發基水槽作為一次敏感器件實現了流量水位的信號轉換，並通過浮子?杠桿測量機構和磁阻式角度傳感器對水位信號進行拾取並轉化為電壓信號輸出。
  3. Underwater - radio buoy system for use as obtaining the ocean ' s acoustical parameters is primary for investigating ocean acoustic condition, obtaining and recording acoustic propagation experimentation data

    海洋環境參數獲取浮標監測系統主要用於海洋水聲環境的綜合考察，獲取和記錄水聲傳播試驗數據。
  4. Underwater - radio buoy system contains three parts as follows : the monitor and record equipment on the acoustic source vessel, the monitor and record equipment on control vessel and the underwater - radio buoy system

    海洋環境參數獲取浮標監測系統包括聲發射船監控記錄設備、指揮船監控記錄設備與水聲浮標三部分。
  5. The underwater - radio buoy for use as obtaining the ocean " s acoustical parameters is a underwater acoustic signals record system which has long distance radio remote control and data transmit function. the technology key of the dissertation study is that under the requirements of the system the monitor and record equipment on the acoustic source vessel, the monitor and record equipment on control vessel command and control the work slate of the buoy system by radio data transmitting mode of short wave transmitter - receiver

    海洋環境參數獲取浮標監測系統屬于具有長距離無線電遙控?數傳功能的水下聲信號接收記錄系統，本論文研究目標的技術關鍵在於根據系統要求，指揮船和發射船監控記錄設備通過短波電臺以無線數傳方式，對浮標系統的工作狀態進行指揮和控制，浮標則通過同一短波通道向指揮船上報浮標方位、工作狀態、關鍵數據及非常狀態下的報警信號等。
  6. The software of the buoy system is complicated, the controlled object amount to five bouys, diversification of control mode in every bouy, and the software joint with multi - hardware. for the sake of reliability, a series of hand signals are required

    浮標監測系統軟體繁雜，被控對象多達5個浮標，每一枚浮標內部的控制方式復雜，各軟體與硬體結合緊密，需要一系列握手信號保證系統的可靠性。
  7. Therefore, according to the mobility of the aircraft, the present study builts a multi - static location system, which uses the measurements detected by active or passive airborne sensors, when the aircraft is at the different positions. this study proposes two methods for locating sonobuoys. the first one is using aircraft - to - buoy slant range information

    根據飛機的機動性，本文構造了使飛機到達不同點獲取相同的測量信息而實現定位的多基地定位系統；依據機載有源無源探測器所能獲得的測量量，提出了兩種定位方法：斜距離測量定位法和基於卡爾曼濾波的方位測量定位法。
  8. The data on underwater acoustic spread and ocean environment noise, obtained by the buoy system, have been kept by some navy database as ocean environment base data

    浮標監測系統所獲取和記錄的水聲傳播試驗數據和海洋環境噪聲數據已經作為海洋環境基礎數據被海軍有關數據庫存錄。
  9. The underwater - radio buoy for use as obtaining the ocean ' s acoustical parameters, applied for synthetic experimentations that seeing about ocean underwater acoustic environment, can obtain and memorize the data for all kind of underwater acoustic experimentations, for example, acoustic propagation, reverberation, ocean ' s noise etc. the system can not only reduce requires in quantity of using ships and scales in military strength equipment but also keep away from ships environments, reduce background noise and increase the quality of the gathered data

    海洋環境參數獲取浮標監測系統用於海洋水聲環境綜合考察試驗中，獲取和記錄水聲傳播試驗數據。該系統不但可以減小參試艦船數量要求，降低兵力配備規模，而且可以遠離艦船環境，降低背景噪聲，提高所採集數據的質量。因此，浮標的研製對于保證未來海試完成既定試驗目標、順利完成試驗項目具有重要意義。
  10. Observation buoy system

    觀測浮標系統
  11. This dissertation is focused on the software system of the underwater - radio buoy system, the main work and results obtained are as follows : the design of data acquisition system software : the key technique of the software is : the data required to record is generous, the period of collection time is long, so the buffer and storage of the data is difficult

    本論文給出浮標監測系統各部分軟體的研究和設計成果，主要內容包括以下三個方面：數據採集系統軟體設計：數據採集系統軟體的技術關鍵在於數據採集系統一次採集記錄數據量大、連續工作時間長，所以數據採集系統軟體實時緩存和存儲就非常困難。
  12. Communication acceptance range is one of the important issues to be considered during design. through theory analysis, simulation and experiment on ocean, reliable communication can be achieved as distance between base station and buoy increasing up to 15 kilometer, which guarantees the system ' s tracking range

    通信距離是系統設計時需重點考慮的問題之一，通過理論分析、模擬和海上拉距的實驗結果，證實所設計的通信系統可以達到15km的通信距離（基站與浮標間） ，這也是保證系統跟蹤范圍的一個重要依據。
  13. The implementation of inmarsat - c gps technology in buoy system

    技術在水聲測量浮標系統中的應用
  14. Petroleum oil detection buoy system

    石油探測浮標系統
  15. Data buoy system

    數據浮標系統
  16. The goal of the item is developing buoy system for use as obtaining the ocean ' s acoustical parameters and the shipborne support equipment

    項目研究目標是研製水聲海洋環境參數獲取浮標系統及其船載配套設備，為海洋環境參數獲取基礎研究項目2002年海上實驗提供實驗設備。
  17. Subsurface buoy system

    水下浮標系統
  18. Undersea buoy system

    水下浮標系統
  19. In the end, the dissertation has given the report on state of the underwater - radio buoy system and the significant achievements in the investigation at south chain sea

    系統參加了2002年973項目南海考察。論文的最後給出了系統參試情況和取得了重要成果的報告。
  20. Real - time transmission moored subsurface buoy system

    海洋實時傳輸潛標系統
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