電離層測高儀 的英文怎麼說

中文拼音 [diàncénggāo]
電離層測高儀 英文
ionosonde
  • : 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...
  • : Ⅰ動詞1 (離開) leave; part from; be away from; separate 2 (背離) go against 3 (缺少) dispens...
  • : i 量詞1 (用於重疊、積累的東西 如樓層、階層、地層) storey; tier; stratum 2 (用於可以分項分步的...
  • : 動詞1. (測量) survey; fathom; measure 2. (測度; 推測) conjecture; infer
  • : Ⅰ形容詞1 (從下向上距離大; 離地面遠) tall; high 2 (在一般標準或平均程度之上; 等級在上的) above...
  • : 名詞1 (人的外表) appearance; bearing 2 (禮節; 儀式) ceremony; rite 3 (禮物)present; gift 4 ...
  • 高儀 : takagi
  1. ( 2 ) different calculating schemes are designed which are used to analyze in detail the characteristics of the effect from instrumental bias ( ib ) in gps observations on determining ionospheric delays

    ( 2 )設計了幾種不同的計算方案,用於分析器偏差對確定延遲的影響的特點。研究表明,器偏差對求解延遲的影響遠大於觀噪聲的影響,給延遲觀值帶來達數米的系統誤差。
  2. Second part - the main contribution and research results of this paper are focused on as follows : ( 1 ) how to use the measurements of a dual frequency gps receiver to determine the ionospheric delay correction model for single frequency gps of a local range ; ( 2 ) how to separate the instrumental biases with the ionospheric delays in gps observation ; ( 3 ) how to establish a large range grid ionosphere model and use the gps data of chinese crust movement observation network to investigate the change law of ionospheric tec of china area ; ( 4 ) how to improve the effectiveness of correcting ionospheric delays for waas ' s users under adverse conditions. ( 5 ) how to establish the basic theory and the corresponding framework of monitoring the stochastic ionospheric disturbance using gps ( 6 ) how to improve the modelling ability of ionospheric delay according to its diurnal, seasonal, annual variations based on gps ; ( 7 ) how to meet the demand of correcting the ionospheric delay of high - precision orbit determination for low - earth satellite using a single frequency gps receiver 1 extracting ( local ) ionospheric information from gps data with high - precision the factors are systematically described and analyzed which limit the precision of using gps data to extract ionospheric delays

    二、具體研究工作的系統報告,主要集中在以下幾方面:研究如何利用單臺雙頻gps接收機的觀信息確定延遲改正模型,為小范圍的單頻用戶服務;研究如何實時分gps觀中的器偏差與延遲;研究如何建立較大區域的格網模型,進而初步設想利用中國地殼運動觀網路深入研究我國領域的子濃度變化規律;研究單頻用戶在不利條件下,如何更好地利用延遲改正信息;研究利用gps監隨機擾動的基本理論和框架方案;研究如何綜合顧及的周日、季節和年變化,進一步提利用gps模擬延遲的能力;研究如何實現星載單頻gps低軌衛星的精密軌中的延遲改正要求。
  3. This article studies on a novel method about detector calibration and monochromator calibration by using silicon pin photodiode. the detector and the monochromator of one spectrum measurement system had been calibrated using the method, and the spectrum distribution of one laser - produced plasmas ( lpp ) source with jet gas target was measured. the use of a specific combination of the silicon photodiode and multiplayer reflect films is the notable character in monochromator calibration

    本文研究了一種利用光二極體傳遞標準探器標定普通探器和單色系統的方法,實際標定了所用的探器和單色系統,得了噴氣靶激光等子體光源的相對光譜分佈,設計出絕對光譜分佈的量方法,並且利用labview的g語言及相應的數據採集卡等硬體設備構造出一套智能化、效率的量系統,完成了多膜反射率量工作。
  4. The measured result is consistent with that of dps - 4, which is obviously that ionospheric transmeridional drift is east in nighttime, and ionospheric meridional drift is south

    結果與用dps - 4數字化得出的結論具有一致性,即海南地區緯向(東西方向)漂移在夜間有顯著的東向,經向(南北方向)通常向南。
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