觀測臺 的英文怎麼說

中文拼音 [guāncètái]
觀測臺 英文
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  • 觀 : 觀名詞1. （道教的廟宇） taoist temple2. （姓氏） a surname
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 臺 : 臺名詞（指臺州） short for taizhou （in zhejiang province）
  • 觀測 : observe; observation; viewing
  1. In addition, some data from other astronomical observatories and stations around the world are also shown as references

    本文給出了觀測結果，同時也列出了世界上一些天文臺站的數據以供參考。
  2. In the early days, the observatory was tasked with making meteorological and magnetic observations and provided chronometric services based on astronomical observations. the observatory has kept observation records since 1 january 1884. today, it continues to monitor and forecast the weather

    天文臺早期的工作包括觀測氣象、地磁、以及根據天文觀測報導時間，並由1884年1月1日開始保存觀測記錄，天文臺至今仍然肩負監測本港天氣的重任。
  3. In chap. 1 of this dissertation, we introduce the background of solar activity, solar radio research and radio emission theory

    作者在調研國內外太陽射電爆發研究的基礎上，分析國家天文臺射電望遠鏡觀測到的bastille事件的射電爆發資料。
  4. In the research, a set of simulation equipment is developed to examine the drivers " static and dynamic fatigue. recur to the apparatus, contrast and control experiment are made among different ages, workload intension and workload factors group. the endings summarize as following : ( 1 ) driving sensation fatigue investigation ( investigation of psychological and physiologic index and contrast investigation of fatigue ) ; continuous driving load and discrete driving load investigation of fatigue

    ? ?門）駕駛疲勞平衡穩定性是通過在力檢測臺上描繪人體重心軌跡的方法，提出檢測駕駛員疲勞平衡穩定指數，在不同狀態下（傾斜度15 30 『以及閉目等狀態下）對不同負荷、不同年齡分別進行測試，建立駕駛疲勞客觀測試評價體系； n ）經實驗室研究與現場調查，通過對駕駛疲勞與駕駛時間、駕駛速度等關系的研究，提出了不同年齡、不同條件下的最大連續安全駕駛時間標準，日駕駛時間標準，最大安全行車速度標準等。
  5. The observatory s weather observer at the airport observed the associated funnel cloud over the western part of the pearl estuary near macau, moving northeastward

    在機場的天文臺天氣觀測員也觀測到相關的漏斗雲在珠江口西部近澳門的地方向東北移動。
  6. The result has the reference significance for choosing geoelectric observation location and observation data error correction

    分析結果對地電觀測臺站選址、及其觀測數據誤差校正具有參考價值。
  7. Using ansys as analysis tool, and the influence of river water fluctuating on geoelectric observation data in different distance from riverway to geoelectric monitoring observe station is numerically simulated, and the relationship between error of observation data and distance from riverway to the stations is summarized

    摘要利用ansys作為分析平臺數值模擬了觀測系統距河道不同距離情況下，由河水漲落引起的淺層局部電性非均勻性對地電觀測數據的影響，總結了觀測系統距河道遠近與觀測數據誤差大小的關系。
  8. The simulative cloud image, made from the mixing ratios of cloud liquid water, rain water, ice crystal, snow, graupel which were outputted by the mesoscale model mm5, resemble the gms satellite infrared image very well and also show the cloud evolution of typhoon winnie from tropical cyclone to extratropical cyclone after landing

    利用高解析度中尺度數值模式輸出的大氣中雲水冰水雨水雪水成功地模擬出1997年登陸臺風winnie的雲系結構。模擬雲圖與氣象衛星實際觀測的臺風雲圖非常相似。由於模擬雲圖可以給出大氣中不同形態水物質的三維空間分佈，彌補了衛星只能觀測雲頂表面的不足。
  9. The field observation of the sediments of storm surge produced by no. 11 typhoon in 1997 shows that sedimentation rate of storm surge sediments are greater than that of normal astronomical tide sediments, and the grain size shows relative coarse with poor sorting. vertical sequences of the storm sediment show parallel bedding and overlapped by hummock bedding. these characteristics provide good basis for building the index of storm surge deposit

    通過對梁垛河閘9711號臺風的現場觀測並結合目前已有的風暴潮沉積的研究，分析了風暴潮沉積在構造和結構上的特點，從而建立了正常潮灘沉積中風暴潮沉積的識別標志，同時在野外觀測中還發現即使在風暴潮期間，高潮灘上部仍存在只有淤積沒有侵蝕的地帶。
  10. Mackie concluded that ancient people probably built the ledge as an astronomical observation platform.

    麥凱斷定，古人築起這個凸巖大概是為了作天文觀測臺用的。
  11. In this paper, we use nanjing subway as an example to analyze how the subway influences the magnetoelectricity observation, calculate the influencing extent and range and offer the gist for reference for the construction of magnetoelectricity item at the seismostations in the cities which have or will have subway

    以南京地鐵為例，就地鐵影響磁電觀測的基本原理展開分析，對影響幅度和范圍進行了理論計算，以便給有地鐵城市的臺站磁電項目建設提供參考。
  12. Monthly prevailing wind direction and mean wind speed recorded at the observatory and waglan island between 1971 - 2000

    表7 . 1971 - 2000年在天文臺及橫瀾島觀測之盛行風向及平均風速
  13. Automatic standard magnetic observatory

    自動標準地磁觀測臺
  14. John heilbron, the sun in the church : cathedrals as solar observatories, 3 - 23

    約翰?海耳布隆， 《教會里的太陽：教堂即太陽觀測臺》 ，第3 - 23頁
  15. Description of structure and maintenance of the web based observatory of european work on metadata english version cwa 13989 : 2000

    歐洲元數據工作用基於萬維網的觀測臺維護和結構描述
  16. It served as a mountain top shrine where the incas could worship their gods and includes a temple with acoustics equal to that of modern auditoriums and a solar observatory where they made intricate sun charts

    它包括一個廟宇，其音響效果相當于現代的禮堂，還有一個太陽觀測臺，他們在這里繪制了復雜的太陽圖表。
  17. The revealed phenomenon gives us a new thought in recognizing the meanings of ground deformation and earthquake precursors, as well as in constructing the continuous monitoring networks in test site, and in exploring physical earthquake prediction

    本文揭示的事實對于認識形變觀測與前兆本質、實驗場區連續形變觀測臺網建設及物理預測方法探索等都提供了新的可能性。
  18. When the pacific war broke out in december 1941, hong kong had already been fortified for a century since the arrival of british in 1841. batteries, redoubts, pillboxes, observation posts, tunnels, trenches, shelters, and bunkers were built extensively

    自英國在1841年攫取香港，直至1941年12月太平洋戰爭爆發為止的100年間，香港的防衛設施不斷因應需要而加強，此中包括炮臺戰堡觀測臺地道戰壕及掩蔽體等。
  19. In a short time, as we know, it is very difficult to acquire great advances in research field of predicting earthquake, however, major earthquake frequently occurs in the world and cause a great deal of economic losses and people ' s death. therefore, it is easy to understand that government and society especially pay attention to seismic early warning system which is considered as affective measure of mitigating disaster caused by earthquake

    在地震預報這個世界性的科學難題在短期內很難得到突破性的進展而地震又在不斷的造成巨大的經濟損失和人員傷亡的背景下，基於實時強震觀測臺網、具有智能應急控制功能的各種重大工程與城市的地震預警系統日益引起政府和人們的廣泛關注。
  20. To overcome this problem, not only the meteorological observation network has to be equipped with automated, higher precision, and more economical devices and instruments, but also a synthetic mobile observation system is required for filling in the data gaps between the surface and upper air sounding stations

    為了克服這一問題，除了研製自動化程度高、測量精度高和性能價格比高的儀器設備來裝備現有的定點大氣觀測網外，還應建設一些流動的大氣監測系統，以獲得常規大氣觀測臺站空檔間（如大洋、山區和荒漠等無人區）的天氣現象和大氣環境變化的信息。
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