elevation axis 中文意思是什麼

elevation axis 解釋
仰角軸
  • elevation : n. 1. 高舉,高陞;【醫學】挺起,隆腫。2. 升級;上進,向上。3. 高尚。4. 高處,高地,高度;海拔;(槍炮的)仰角,射角;【測】標高。5. 【建築】正視圖;立視圖。
  • axis : n ( pl axes )1 軸,軸線。2 【植物;植物學】莖軸。3 【解剖學】第二頸椎,第二脊骨。4 【政治學】軸...
  1. In the analysis of ecological relationship between vegetation and environment, we got 11 community types by combining twinspan with dca. the first axis of oca indicated the elevation level and heat gradient while the second axis indicated slope factor. the analysis shows that the resource of tourism in pangquan gully is abundant and the construction is rational

    第一軸基本上反映了各植物群落所在環境的海拔和熱量梯度,從左到右,海拔在體呈升高趨勢,熱量呈下降趨勢;第二軸基本反映了各植物群落所在的坡度梯度,從下到上呈良好的發展趨勢,從群落類型來看,各群落類型在排序圖上有規律地分佈,得出龐泉溝植被結構合理,分佈符合自然進化規律,龐泉溝生態旅遊資源未受到破壞,人為因素不明顯。
  2. Resurvey the column axis and elevation line, and mark out the column form line, 1 : 2 cement mortar will be used to leveling at the column bottom. “ 井 ” shape rack will be set around each column, and mark elevation control line on it

    將柱軸線、標高線復測投點,彈出柱支模線,將柱腳支模處用1 : 2水泥砂漿找平,每根柱周圍搭設井字架,在井字架上抄測標高控制線。
  3. After column form installation, overall inspection and aligning shall be done for the cross dimension, axis, elevation and verticality, and then connect each column “ 井 ” shape rack as overall stable structure

    柱模安裝基本完畢后對斷面尺寸、軸線、標高、垂直度等進行全面檢查校正後再進行固定,並將各柱井字架之間連成一體,形成穩定整體結構。
  4. By using of the richness, diversity and evenness indices, combined with twinspan, dca, dcca, multi - factors regression, correlation analysis techniques and so on, species diversity and diversification mechanism were studied. the communities were classified into eight types by twinspan. the first axis of dca indicated basically the diversification of soil water, while the second axis indicated basically the disturbance degree by people. the correlations between n, organic matter, elevation and the first axis are negative association, and the others are positive

    通過豐富度指數、物種多樣性指數和均勻度指數,結合twinspan 、 dca 、 dcca排序,多元回歸和相關分析,研究了物種多樣性及其變化機制,把植物群落分為8個群落類型;物種多樣性指數的dcca第一軸基本上反映了土壤水分的變化,第二軸基本上反映了人類對群落的干擾程度,物種多樣性指數隨土壤水分的增加而增大,隨人類的干擾程度的增加而減小。
  5. In hong kong, the polar axis should point north and the elevation should be 22. 5

    在香港,極軸應指向天球北極,而仰角則為22 . 5度
  6. The polar axis should point to the celestial pole around which all stars seem to rotate and the elevation of the axis should be the same as the latitude of the location

    赤道儀的極軸必須對準星空的轉動中心,而仰角則相等於拍攝地點的緯度。
  7. Roof support elevation, the axis displacement and cross - deflection, the measurement made by the record

    屋架支座的標高、軸線位移、跨中撓度,經測量做出記錄。
  8. Axis positioning buildings, infrastructure and elevation axes, anchor bolt fastening should conform to the specifications and design requirements

    建築物的定位軸線、基礎軸線和標高、地腳螺栓的規格及其緊固應符合設計要求。
  9. The results of computer simulation a re proved. thirdly, the paper analyze the angle error caused by elevation axis not in horizontal plane, make a conclusion that 3 - axes perpendicular radar can not track in the whole airspace, propose the structure of slant 3 - axes radar

    然後,從工程實際出發,著重分析了俯仰軸不嚴格水平對雷達測角系統造成的誤差,得到了正交三軸雷達並不能進行全空域跟蹤的結論,提出了傾斜三軸的雷達天線座結構形式。
  10. It is proved by computer simulation that the slant 3 - axes radar can be used in target tracking in the whole air space without blind zone and beam slant. it is pointed out that the slant 3 - axes radar can reduce the maximum angle for elevation axis compared with 3 - axes perpendicular radar, then reduce the technique demand of angular velocity and acceleration of elevation axis

    通過模擬驗證了傾斜三軸雷達系統在工程上可以做到波束無傾斜和全空域跟蹤無盲區的結論,並指出此系統與正交三軸系統相比,可以減少俯仰軸的最大轉動角,從而降低系統對俯仰軸的角速度和角加速度的技術要求。
  11. Second, structure of 3 - axes perpendicular radar in which elevation axis is horizontal is proposed through analyzing carefully the shortages of two - axes radar. the paper corrects the errors of the international articles through discussing mathematics model of 3 - axes track. 3 - axes angle calculation formulae without medium parameters are deduced through analyzing the rotate principle and the results are proved by simulation

    對三軸穩定跟蹤的數學關系進行了詳細討論,糾正了國內外公開文獻中的錯誤,在反復分析正交三軸系統旋轉關系后,推導出無中間變量的三軸角度旋轉公式,並經嚴格的數學關系和模擬證明。
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