航天測控 的英文怎麼說

中文拼音 [hángtiāncèkòng]
航天測控 英文
amc
  • 航 : Ⅰ名詞（船） boat; shipⅡ動詞（航行） navigate （by water or air）; sail
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 航天 : space flight; spaceflight; aerospace航天導彈 space missile; 航天導航 aerospace navigation; 航天電...
  1. With the development of aerospace industry, the multifunctional terminal equipment for base band has been developed in recent years

    隨著我國航天事業的發展，國內已成功研製出集多種功能為一體的航天測控綜合基帶設備。
  2. The tdrss ( tracking and data relay satellite system ) is a system which can supply the data relay and tt & c ( telemetry tracking and command ) service for the aircraft which are low and middle earth orbit and other aircrafts, aircraft and earth station

    跟蹤與數據中繼衛星系統tdrss （ trackinganddatarelaysatellitesystem ）是為中、低軌道的航天器與航天器之間、航天器與地面站之間提供數據中繼、連續跟蹤與軌道測控服務的系統。
  3. They can be applied to electric power automatic control in many fields such as heat power plant, heat - electric generating plant, hydroelectric power plant, electric network, substation, pumping station, hydro - junction etc. and for electric power dispatching telecontrol system by telemetering and remote control, and field electric energy monitoring of the utilization and distribution equipment in numerous enterprises, can widely apply to electric power, water conservancy, metallurgy, petrochemical industry, chemical industry, railway, port, municipal administration, construction material, post and telecommunication, tobacco, papermaking, spaceflight base, civil aviation airport, hospital and school etc, many profession and field

    適用於火電熱電水電電網變電站所泵站水利樞紐等方面的電力自動控制和進行遙控遙測的電力調度遠動系統，以及眾多企事業單位用電配電設備的現場電量監控等。可廣泛應用於電力水利冶金石化化工鐵路港口市政建材郵電煙草造紙航天基地民航機場以及醫院學校等多種行業或領域。
  4. Target trajectory smoothing, filter, prediction technique based on a parameterized model is widely used in aerospace measurement and control

    基於參數建模技術的目標航跡平滑、濾波和外推技術在航天測控中得到了廣泛的應用。
  5. The report cited roskosmos spokesman vyacheslav davidenko as saying that the launch was postponed because problems were discovered with elements of the spacecraft ' s control system, and that parts would have to be replaced and fully tested

    俄羅斯航天局發言人達維堅科23日說，最近在航天器控制系統發現的部件故障是導致推遲發射的原因，需要更換新部件並進行充分的測試。
  6. The field bus technique and its application in the field of space tracking and control

    現場總線技術及其在航天測控系統中的應用
  7. If chinese aerospace techniques want to keep up with the world, the standard of data system must accord with the ccsds

    我國航天要走向世界，航天測控與數據系統體制就要與ccsds標準接軌。
  8. This network has acquired the capability of sharing tt resources with international network, and its technology has reached the international advanced level

    中國航天測控網已具備國際聯網共享測控資源的能力，測控技術達到了世界先進水平。
  9. This network has acquired the capability of sharing tt & c resources with international network, and its technology has reached the international advanced level

    中國航天測控網已具備國際聯網共享測控資源的能力，測控技術達到了世界先進水平。
  10. With the rapid progress of space technology, old space tt & c system take on much shortage and new generation space tt & c technology is developing towards digital way

    隨著我國航天技術的迅速發展，已有的航天測控系統呈現出很多不足之處，新一代的航天測控技術正朝著數字化的方向發展。
  11. To the demand of multi - object trace technology in the developing tt & c ( tele - tracking & controlling ) system, a special algorithm for information code in tt & c system is put forward to solve the problems in multi - object trace system

    摘要針對航天測控技術發展中對多目標測控技術的需求，提出了採用特殊信息編碼演算法解決多目標測控中的問題。
  12. Digitalizing includes modulation mode digitalized and equipment all digitalized. aiming at this characteristic, this thesis research in carrier synchronization and signal demodulation of new generation space tt & c system

    數字化包括調制方式的數字化和設備的全數字化，本文就結合這一特點對新一代航天測控系統中載波同步和信號解調進行了研究。
  13. In modern communication, direct sequence spread spectrum communications was widely used in the fields of telemetering and telecontrol systems, because of low interception probability, its high noise resistance and good security

    在現代通信中，直接序列擴頻通信技術以其截獲概率低、抗干擾性強、保密性高等優點，在航天測控領域得到了廣泛的應用。
  14. Tt china has established an integrated tt network comprising tt ground stations and ships, which has successfully accomplished tt missions for near - earth orbit and geo - stationary orbit satellites, and experimental spacecraft

    航天測控。中國已建成完整的航天測控網，包括陸地測控站和海上測控船，圓滿完成了從近地軌道衛星到地球靜止軌道衛星、從衛星到試驗飛船的航天測控任務。
  15. In order to receive the data correctly and store it in computer for analysis and process, a kind of space tracking data recording system based on pci bus is designed and realized in this dissertation, which enhance the space tracking system ’ s integrality

    本課題正是在這種應用背景下，通過設計基於pci總線的數據錄取系統，對航天測控系統地面站綜合基帶設備數字接收機所接收的中頻采樣信號和解調后的數據進行接收和存儲，將其送到監控計算機中進行調制方案驗證和數據分析，從而進一步完善了航天測控系統的設計。
  16. The optical - electronic measurement and control system is a main part of missile and space measurement and control system. it can get the information, trajectory parameter and characteristic parameter of the target by optical principle

    光電測控系統主要指以光學原理採集飛行目標信息，經處理得到所需彈道參數與目標特性參數，並獲取飛行實況圖像資料的專用測控系統，是導彈、航天測控體系的重要組成部分。
  17. The space agency of many countries pay attention to the development and the technology renovation of the space tt & c net. now, there is little research on the using of tcp / ip for long distance communication of the space tt & c date

    目前，國內專門對tcp / ip協議應用於測控數據的遠程通信進行研究的還比較少，國外航天測控通信網引入tcp / ip的成功範例促進了我國加快測控通信網改進的步伐。
  18. New generation system of spacecaft tt & c require to integrate tracking, telemetry, telecontrol, communication, data transmission and so on. and it has many prominent characters, such as simplification, high - reliability and proper measuring accuracy

    新一代航天測控體系要求集跟蹤、測控、測距、遙控、遙測、通信、數傳一體，設備簡單、可靠性高、測量精度適中。
  19. The main subject in this paper contain : this paper studied the characters of system of spaceflight test control, and put forward the system characteristic and function interface in new system of spaceflight test control according to the evolution of sdr. and then analyzed the project demand of telemetering digital diversity receiver

    本文研究的主要內容:研究航天測控系統的發展特徵，根據軟體無線電（ sdr ）技術發展趨勢，提出新一代航天測控系統的體系特徵及功能介面，據此提出遙測數字分集接收機的項目需求。
  20. Down link channel of new generation space tt & c system generally select qpsk as its modulation mode. firstly, carrier synchronization of qpsk is studied in the thesis, and then the key question - carrier synchronization in low snr and severe doppler frequency shift is systemic analyzed. in addition, different existing project are analyzed and compared

    新一代航天測控系統的下行通道一般選擇qpsk作為其信號調制方式，本文首先研究了qpsk的載波同步問題，對其中的關鍵問題? ?低信噪比及大多普勒頻移情況下的載波同步進行了系統的分析，對現有的不同方案進行了分析與比較。
分享友人
分享到 Line

分享到臉書