radial section 中文意思是什麼

radial section 解釋
放射部分
  • radial : adj 1 光線的;光線狀的。2 放射的,輻射(狀)的。3 鐳的。4 【數學】半徑的;【物理學】徑向的;【解...
  • section : n 1 (外科、解剖的)切斷;切割;切開。2 【外科】切片,【金相】磨石。3 (果子的)瓣。4 【數學】截...
  1. Radial 1. aligned along the radius of a circle or cross - section. 2. see anticlinal

    徑向: 1 .沿著一個圓周的半徑或橫切面放射狀排列。
  2. Agricultural implement tyres in diagonal and radial construction - normal section tyres

    斜線花紋和徑向花紋的農機輪胎.公稱截面輪胎
  3. Three kinds of results are obtained by simulation calculating the two models : the composed vector diagrams of the axial velocity ( v ) and the radial velocity ( vr ) at the different times in the symmetry section ; diagrams of curves of the velocity vector ( v ^ ) and ( vr ) at the different times in the different sections ; diagrams of the secondary flow vectors at the different times in the different sections

    我們對兩種不同直徑的s型血管進行了有限元模擬計算,得到三種結果:在對稱面內不同時刻的軸向速度v _和徑向速度v _ r的合成矢量;在不同截面不同時刻的速度分量v _和v _ r的曲線圖;在不同截面不同時刻的二次流的矢量圖。
  4. The random mathematical model is described using equivalent markov equations. the time and state parameters are discrete. based on the model, the flow rate distributions along radial and average at any height can be calculated directly, moreover, the probability transition matrix of the flow can be determined via the statistic character of the random cumulate particles, and be corrected by s. cd the random theoretical model shown in fig. l, the section of the bed of tbr is divided into a series of concentric circles

    一、在常溫和常壓下進行滴流床反應器流率分佈的研究,以狀態離散、時間離散的齊次markov過程描述了滴流床在滴流區的流率分佈,建立了滴流床在滴流區流率分佈的隨機模型,根據此模型可以: 1 、可直接確定任一高度下的液體徑向流率分佈及平衡流率分佈; 2 、液體流動的概率轉移矩陣可由隨機堆積顆粒的統計特性確定,以參數s修正。
  5. Compared with the traditional method, the digital image processing method has many advantages in measuring the deformation of soil specimen in triaxial test, such as higher accuracy, non - contact measuring process, and undisturbed specimen. it is valid to measure the deformation in large scale. it can select the section of specimen freely to measure the axial and radial deformation directly

    應用數字圖像測量技術量測三軸試驗試樣的變形,有許多傳統測量方法不能比擬的優越性:較高的變形測量精度;非接觸式變形測量,不擾動試樣,不干擾試樣的變形;適用於三軸土樣的大變形測量;可以任意選擇測量斷面,實現三軸試樣軸向變形和徑向變形的直接測量;可以在試樣變形測量的同時用圖片的形式記錄三軸試驗的全過程,便於試驗結束以後對試樣變形的重新分析和研究。
  6. In chapter 3, we discuss surface restoring method based on ct data which uses the intersection algorithm between spline curve and radial to resample the section curve, then works out surface controlling point array ; take opengl to display the surface with reality and the lighting, coloring effect

    第三章討論了基於ct數據的曲面重構方法,利用樣條曲線與射線的求交演算法對截面曲線進行重新采樣,並反算曲面控制點陣;在其後的顯示過程中,利用opengl實現曲面的真實感顯示,包括顏色、光照的變化等。
  7. Fills the interior of a pie section defined by an ellipse specified by a pair of coordinates, a width, a height, and two radial lines

    Graphics . fillpie方法填充由一對坐標一個寬度一個高度以及兩條射線指定的橢圓所定義的扇形區的內部。
  8. The solids holdup is lower in the center than in the wall region at the radial positions, and the solids holdup is higher in the lower section than in the upper section of the riser

    在徑向分佈上,顆粒濃度呈現中心稀,邊壁濃的狀態。在軸向上,顆粒濃度呈現上稀下濃的分佈。
  9. Focuses are then put on the flexural torsional buckling analysis of mono - symmetry i - section arches. closed form solutions are obtained for arches subjected to uniformly distributed radial load and to equal and opposite end moments. effects of different laying positions and of asymmetry of cross - section on buckling loads are included

    在這個基礎上,對單軸對稱工字形截面拱在均勻受壓和均勻彎曲條件下的屈曲問題進行研究,給出臨界荷載的理論解答;分析了工字形截面不同放置形式和截面不對稱性對拱臨界荷載的影響,並與已有的理論進行比較。
  10. It is also found that the flow developments in all radial locations are not synchronized, but it extended gradually from the core region to the wall, until finally a fully developed flow is achieved across the whole cross - section of the riser. the flow development at the annulus region near the wall, as a control process of the whole flow development in the riser, is much slower, and more sensitive to the change of operation conditions than that at the core region

    氣固兩相流動沿徑向的發展並不同步,而是一個由核心區向邊壁區逐漸擴展,最終達到充分發展的過程,該過程主要受邊壁區發展過程式控制制;相對于核心區,邊壁區的發展不僅顯著緩慢,而且受操作條件的影響也較顯著。
  11. In the same wafer, the fibre parameter was different along the radial. it was high at the edge and low in the center section

    同一晶片上纖維沿徑向分佈有差異,邊緣纖維密度高,中心部位纖維密度低。
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