gravimetry 中文意思是什麼

gravimetry 解釋
n. 名詞 重量[密度]測定；重量分析法；重力測量學。

  1. Standard practice for silver corrections in metal bearing ores, concentrates, and related metallurgical materials by fire assay slag recycling and cupel proof gravimetry

    通過燃燒試驗熔渣再利用和灰皿驗證重量測定法修正含金屬礦精礦和相關冶金材料中的銀值的標準規程
  2. Thermal - gravimetry study of coal char combustion model

    煤焦燃燒模型的熱重實驗研究
  3. Filtering algorithm of airborne gravimetry based on sins

    基於捷聯慣導的航空重力測量濾波演算法
  4. Determination of silicon in uranium concentrate by gravimetry

    鈾礦石濃縮物中硅的測定重量法測定硅
  5. Characterization of waste - determination of hydrocarbon content by gravimetry

    廢棄物的表徵.用重量分析法測定烴類的含量
  6. Role of gravimetry in monitoring the crustal deformation of three gorges reservoir area

    重力測量在三峽庫區形變監測中的作用
  7. Standard test method for determination of copper in unalloyed copper by gravimetry

    用重量分析法測定非合金銅中銅含量的標準試驗方法
  8. Standard test method for fire assay determination of gold in copper concentrates by gravimetry

    重力法測定銅濃縮物中金的試金分析標準試驗方法
  9. Calculation and spectra analysis of horizontal acceleration corrections for airborne gravimetry

    航空重力測量中水平加速度改正的計算與頻域分析
  10. Standard test method for the determination of gold in activated carbon by fire assay gravimetry

    用燃燒鑒定重量測定法測定活性碳中金含量的標準試驗方法
  11. It shows three different approaches to airborne gravimetry, namely scalar gravimetry, vector gravimetry and gravity gradiometry

    航空重力測量可分為航空標量重力測量、航空矢量重力測量和航空梯度重力測量。
  12. Airborne gravimetry which is discussed in this paper denote scalar airborne gravimetry only. in order to estimate the accuracy of airborne gravity measurements, the tracks of an airborne gravity survery are generally planed to join each other

    依據測量值的類型不同，它可以分為航空標量重力測量和航空矢量重力測量兩類，前者用以測定重力加速度的大小，後者不僅測定重力的大小，而且同時測定重力的方向。
  13. Airborne gravimetry is a new kind of technique for surveying the gravity acceleration over the earth ' s surface and is advanced in gravimetry history, which basing on aircraft, including gravimeter, gps, altimeter and attitude sensor etc.

    航空重力測量是一種新型的重力測量技術，它以飛機為載體，綜合應用重力傳感器、 gps 、高度傳感器、姿態傳感器等設備測定近地空間重力加速度。航空重力測量是重力測量的一次歷史性變革。
  14. Standard practice for proof silver corrections in metal bearing ores, concentrates and related materials by fire assay gravimetry

    用火試金重量分析法驗證含金屬礦物濃縮物及相關材料中銀修正值的標準實施規范
  15. Boiler dirty was studied experimentally by thermal gravimetry - differential thermal analysis. the main components of boiler dirty were investigated

    摘要本著節約能源，筆者採用差熱天平對鍋爐垢進行了實驗性研究，探討了鍋爐垢的主要成分，提出了鍋爐使用中應注意的問題。
  16. Airborne gravimetry has been rapid development during the past decades and becomes one of the very active topics of the research in the gravity field

    摘要近十幾年來，航空重力測量技術的研究和應用日趨活躍，業已成為地球重力場研究中最為熱門的領域之一。
  17. The network adjustment is one of key techniques for airborne gravimetry, it is also an important component in this paper

    航空重力測量測線網平差是航空重力測量的關鍵技術之一，這也是本文的主要內容。
  18. Airborne gravimetry is applied to rapidly get extensively and precisely well - distributed information of the earth gravity field in order to meet the needs of geodesy, geophysics, oceanography, exploration, space - science and the other fields. airborne gravimetry includes scalar airborne gravimetry and vector airborne gravimetry. scalar airborne gravimetry is used to get the value of the gravity acceleration, and vector airborne gravimetry can get not only the value but also the direction of the gravity acceleration

    它可以快速獲取精度良好、分佈均勻、大面積的地球重力場信息，而且能夠在一些難以實施地面重力測量的特殊地區如沙漠、冰川、沼澤、原始森林等進行作業，從而能夠滿足大地測量學、地球物理學、海洋學及資源勘探等學科和領域對地球重力場信息的需求，並能為空間科學提供強有力的地球重力場保障。
  19. Consequently, the paper investigates the following aspects about the network adjustment theory and practice for airborne gravimetry, m oreover, some questions correlated with solving the adjustment problem are discussed in detail. 1. based on actualities of airborne gravimetry, two practical methods of searching crossovers are proposed, i

    為此，本文從以下幾個方面對航空重力測量測線網平差的理論與方法及相關內容進行研究，並得出若干初步結論： 1 、結合航空重力測量的實際情況，提出了兩種實用的交叉點搜索方法，即跳躍搜索法和圖形輔助搜索法。
  20. Recent activities for the airborne scalar gravimetry are summarized in this paper, they includes five aspects, viz. improvement of traditional airborne scalar gravity systems, development of new system concepts, optimization of acceleration deriving from dgps, optimization of filtering and estimation methods, and the application of airborne gravity data in various mapping and exploration applications

    本文概述了航空標量重力測量的研究現狀及發展動態，傳統航空重力測量系統的改進，新型系統方案的研究，從gps中導出加速度的理論和方法，濾波和估算方法及航空重力數據的應用等五個方面的重要研究成果。
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