電子耀斑 的英文怎麼說

中文拼音 [diànziyàobān]
電子耀斑 英文
electron flare
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 耀 : Ⅰ動詞1. （光線強烈地照射） shine; illuminate; dazzle 2. （誇耀） boast of; laud Ⅱ名詞（光榮） honour; credit
  • 斑 : Ⅰ名詞（斑點; 斑紋; 污點; 瑕疵） spot; speck; speckle; stripe; stain Ⅱ形容詞（有斑點或斑紋的） spo...
  • 電子 : [物理學] [電學] electron
  • 耀斑 : [天文學] chromospheric eruption; solar flare
  1. At first, environment detection data is collected, modulated and emitted in the the system of fy - 2 and detectors. then data signal is magnified, demodulated and sent in the earth - based system of data receiving and demodulating. at last, data is received, processed, stored, displayed and judged to make alarm automatically by telephone for solar proton - events and x - ray flare in the system of data processing and alerting

    首先在fy - 2衛星及探測器系統中，環境探測數據被收集、調制並發射，接著由地基數據接收及解調系統將數據信號放大、解調還原並發送，最後由數據處理及警報系統將數據接收處理、保存顯示並對太陽質子事件、 x耀斑進行自動電話報警。
  2. The advantages of the new method of calculating the vtec including : ( 1 ) because the instrumental bias is considered, the vtec ' s change going with time is closer to their real change. ( 2 ) with the precision of calculated the vtec improved, the vtec can reflect the increase of the vtec resulted from the solar flare

    新的求解vtec的方法具有以下優點：考慮了gps衛星和接收機的儀器偏差的影響，計算的電子總量隨時間的變化更接近電離層的實際情況；提高了求解電子總量的精度，計算出的vtec值更能反映耀斑引起的電子總量的增加情況。
  3. According to the present status of studying the solar flare using gps, a new algorithm of processing gps data studying the solar flare is brought forward : after the instrumental bias has been determined, with the data of dual - frequency gps code and phase and navigation message, the vtec at the satellite ' s epp can be worked out

    根據現在研究太陽耀斑的實際情況，提出了利用gps研究太陽耀斑的數據處理方法：利用雙頻觀測值確定出儀器偏差后，再利用碼和相位觀測值，結合導航電文就可以求出電離層交叉點的沿天頂方向上的電子總量vtec值。
  4. They show the violent nature of solar storms, as burning hot gas creates hurricanes in the sun ' s atmosphere

    照片記錄下了耀斑爆發和太陽表面噴發的強烈帶電粒子云? ?太陽風暴。
  5. Using fokker - planck equation, the acceleration of fast electrons by the spectrum will produce the power - law electron energy spectrum. by selecting suitable parameter we get the same spectrum as that lin et al. obtained in 1982

    選取適當的參數，我們得到的能譜與linetal . （ 1982 ）得到的太陽耀斑中10mev左右的電子能譜一致。
  6. Its occurrence is related to a sudden burst of electromagnetic waves and a vast amount of charged particles mostly electrons from the sun

    太陽耀斑的出現，與太陽上某處地方急劇地放出電磁波及大量帶電荷粒子主要是電子有關。
  7. Its occurrence is related to a sudden burst of electromagnetic waves and a vast amount of charged particles ( mostly electrons ) from the sun

    太陽耀斑的出現，與太陽上某處地方急劇地放出電磁波及大量帶電荷粒子（主要是電子）有關。
  8. So we conclude that observed electron energy spectrum about 10 mev in large flare may be produced by the acceleration of synchrotron radiation

    因此我們認為太陽耀斑中10mev左右的能譜是由同步加速輻射加速日冕快電子產生的。
  9. The method of calculating the change rate of the vtec using phase data is introduced. with the help of this efficient method, the solar flare is analyzed in this thesis

    介紹了利用載波相位觀測值求解電子總量變化率的方法，並利用這種方法的計算結果對耀斑進行了分析。
  10. The theory and method of monitoring the solar flare using dual - frequency gps receiver observation data are discussed in details. the main work contains : the factors influencing the vertical total electron contents ( vtec ) of the ionosphere are summarized, and some knowledge about the solar flare is introduced. besides these, the effects of the solar flare on the ionosphere and of the flare burst on the gps measurements are clarified

    本文探討了利用雙頻gps接收機的觀測值監測太陽耀斑的有關理論和方法，主要工作包括：總結了影響電離層電子總量的因素，介紹了太陽耀斑的有關知識，闡明了太陽耀斑對電離層的影響及耀斑爆發對gps測量的影響。
  11. In the lecture, dr lui will provide the latest knowledge of nearby space environment, examine the correlation between space disturbances and our daily lives, including the radiation dosage for frequent airplane travelers compared to that of workers handling nuclear fuel, explain sun activities such as sunspots, solar flare, solar wind and space storms, etc. and how they will damage space assets and satellites for communication and navigation systems that our mobile telephone network, television broadcasting and flight routes will also be affected

    講座上呂博士將以深入淺出手法，介紹科學家對太空天氣的認知預報研究工作，以及黑子耀斑風暴地磁暴和極光等太陽活動，對我們日常生活的影響，如經常乘坐飛機旅客跟核電廠工人所受的幅射影響比較，以及太空天氣對地球的實質影響。
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