函數的積分 的英文怎麼說

中文拼音 [hánshǔdejīfēn]
函數的積分 英文
integral of a function
  • 函 : 名詞1. [書面語] （匣; 封套） case; envelope 2. （信件） letter 3. （姓氏） a surname
  • 數 : 數副詞（屢次） frequently; repeatedly
  • 的 : 4次方是 The fourth power of 2 is direction
  • 積 : Ⅰ動詞（積累） amass; store up; accumulate Ⅱ形容詞（長時間積累下來的） long standing; long pending...
  • 分 : 分Ⅰ名詞1. （成分） component 2. （職責和權利的限度） what is within one's duty or rights Ⅱ同 「份」Ⅲ動詞[書面語] （料想） judge
  • 函數 : [數學] function函數計算機 function computer; 函數計算器 function calculator; 函數運算 functional operation
  • 積分 : 1. [數學] integral; integrate; integration 2. [體育] （積累的分數） accumulate points
  1. Are the primitives of fuzzy integrable funcations differentiable almost everywhere

    模糊數值函數的積分原函數是否幾乎處處可導
  2. The influence of the cloud droplet spectrum character and the spectrum growth and change is considered, which does not use a cut - off value for conversion from cloud water into rain water process. in the continuous coalescence equation, the particles fall velocity difference is not moved out from the integral, but is integrated in the equation as the function of diameter d to avoid the error of using particles average fall velocity. in the new scheme, generation rate of graupel due to the collection of snow by graupel and the collection of cloud ice by graupel are included

    雲中凝結核ccn的數濃度採用超幾何函數表示；雲水向雨水的自動轉換過程採用grabowski （ 1999 ）的公式，考慮了雲滴譜的特徵和發展變化對該過程的影響，而不是採用原方案給定閾值的方法描述該過程；對連續碰並方程不再將粒子落速差作為常量提出積分號外，而是直接作為粒子直徑函數在積分號內求解，這樣處理可以迴避使用粒子群的平均落速帶來的誤差；增加了霰和雪、霰和冰晶的碰並微物理過程。
  3. Sufficient and necessary conditions of multiplicative convex functions

    積性凸函數的充分必要條件
  4. The integral of the tabulated function can be found by forming a summation series.

    表列函數的積分可用列出和的系列求出。
  5. Determining the extreme values and extremal functions of the analytic functions on d = { z $ c : z < 1 } is very important in the principles of univalent functions. baernstein [ 2 ] gave the conclusion by using koebe function as the extremal function, glenn schober [ 6 ] studied the classes such as s, p, k, s * of h ( d ) and represented these functions with integral formulations. wang jian [ 3 ] and others investigated the integral mean values

    Baernstein首先在單位圓上討論給出了以koebe函數作為極值函數的結論， glennschober對h （ d ）中一些函數子類如s 、 p 、 k 、 s ~ *等作了研究，將這些子類上的函數用積分表達出來，王鍵結合baernstein ~ *函數的定義及glennschober的結論，定義了對稱集的概念並得出了一些函數類在其上的積分平均。
  6. An integral formula for bounded domain with piecewise smooth boundary in cn

    空間中具有逐塊光滑邊界的有界域上光滑函數的積分表示
  7. In addition, the integral representation of circularly symmetric functions is also obtained

    另外，還得到了圓對稱函數的積分表示。
  8. The spectral analysis of non - orthogonal functions cannot be obtained by orthogonal integration method. only the spectral analysis of some particular non - orthogonal functions can be realized by integral transformation. thus, the concept of reflection matrix is proposed and the mirror symmetry of spectral analysis for non - orthogonal function is revealed. any element functions whose reflection matrix can be obtained possesses its inverse element function. the spectral vector corresponding to an element function possesses its inverse spectral vector corresponding to the inverse element function. by reflection matrix the mapping relation of element function pair and spectral vector pair can be established. spectral analysis of non - orthogonal functions can be obtained with this symmetry by using the integration method as in the case of orthogonal functions, instead of calculating the inverse matrix as usual. so a convenient and practical method for spectral analysis of non - orthogonal functions is offered

    非正交函數不能利用正交積分來實現譜分解.僅有某些特殊的非正交函數可以通過積分變換實現譜分解.本文提出了反射陣的概念，揭示了非正交函數譜分析的鏡像對稱性.任何能夠建立起反射陣的元函數存在著它的逆元函數，並且任何基於該元函數的譜向量同時也存在著基於逆元函數的逆譜向量.元函數對與譜向量對通過反射陣建立映射關系.利用這種對稱性，非正交函數可以象正交函數一樣使用積分方法獲得譜分解結果，而不必使用求解逆陣的方法，從而為非正交函數的譜分解提供了便捷、實用的方法
  9. We proof the covariance function of covariance stationary processes is equivalent with mercer kernel function. that is, the covariance function of covariance stationary processes is a mercer kernel function ; in reverse, for a given mercer kernel function, there exists a covariance stationary processes, and the covariance function corresponded to this covariance stationary processes is the given symmetry positive - definite kernel function. it means that the covariance function is equivalent to symmetry positive - definite kernel function

    首先建立了協方差平穩過程的協方差函數與積分方程中對稱正定mercer核函數的等價關系，即協方差平穩過程的協方差函數是對稱正定mercer核函數，反過來，對給定的對稱正定核函數，證明了存在協方差平穩過程，使得此協方差平穩過程對應的協方差函數恰好為給定的對稱正定核函數，這說明協方差函數和對稱正定核函數是等價的。
  10. A structural method of auxiliary function in proving differential mean value

    微分中值問題證明中輔助函數的積分構造法
  11. Integral representation of analytic functions in weighted hardy space

    空間中解析函數的積分表示
  12. Integral formulas of transcendental functions of the same category

    一類超越函數的積分公式
  13. Integral formulas of several round - off functions and their application

    幾個取整函數的積分公式及其應用
  14. Integral mean value of hurwitz zeta function

    函數的積分均值
  15. Differential and integral of fuzzy number valued function

    模糊數值函數的微分和積分
  16. ( ii ) statistical equilibrium theory for gi / g / 1 queueing system ( 1 ) calculation of expectation and integral of a special family of func - tions of the idle - busy period for gi / g / 1 queueing system is settled. these element will be shown in the representation of the stationary distribution for the l ( t )

    （二） gi g 1排隊系統的統計平衡理論（ 1 ）求出gi g 1排隊系統的忙閑周期的數學期望和特定的一族函數的積分，這些量將在隊長l （ t ）的平穩分佈的表達式中出現。
  17. Integral and its properties of fuzzy - valued function

    模糊值函數的積分及其性質
  18. The related problem of how to construct the finite dimensional approximation of the integral operator by using radial basis functions, formulate the discrete euler ' s equation with its trigonaliza - tion, fastly realize the rules of selecting the regularization parameter are discussed

    文中討論了利用徑向基函數作積分運算元的有限維逼近，離散euler方程的形成及其三對角化，以及在此形式下的各種選擇正則參數準則的快速實現等問題。
  19. On the integral means of derivatives for some class of bazilevich functions

    函數導數的積分均值
  20. Theories about definite integral of reriodic function

    有關周期函數定積分問題的幾點探討
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