表达式

biǎo dá shì
  • expression;representation
表达式表达式
表达式[biǎo dá shì]
  1. N阶常系数线性非齐次方程通解的积分表达式

    An integral representation for general solution of n-order constant coefficient nonhomogeneous linear equation

  2. 一类Hill方程的渐近解的完全表达式

    The Complete Representation for the Asymptotic Solutions of a Class of Hill Equations

  3. 这是电场数学表达式的基础。

    This forms the basis for our mathematical expression for the electric field .

  4. 降生和死亡是歌颂勇敢的两个最高贵的表达式。

    Birth and death are the two noblest expressions of bravery .

  5. 要想得到维里系数的准确理论表达式;我们还缺乏关于这些力的足够知识。

    Not enough is known about these forces to yield accurate theoretical expressions for the virial coefficients .

  6. get(Person.age)是一个路径表达式。

    P.get ( Person_ . age ) is a path expression .

  7. 在ExpressionDefinition窗格,创建以下表达式。

    In the Expression Definition pane , create the following expression .

  8. Fuzzy正则表达式与Fuzzy有限态自动机的关系

    On the relation between Fuzzy regular expression and Fuzzy finite state automaton

  9. VISUALBASIC6.0中正则表达式的应用

    Application of regular expression in Visual Basic 6.0

  10. 对于大多数计算机语言,表达式x!

    With most computer languages , the expressions x !

  11. 单击OK以关闭表达式编辑器。

    Click OK to close the expression editor .

  12. 比较复杂的表达式是Atom表达式。

    The more complex expression is the Atom expression .

  13. 所得Green函数的主要特征为:(1)其数学表达式是以封闭形式给出的;

    The novel features of the present Green 's functions are that : ( 1 ) their expression is given in closed form ;

  14. 我们也把split游戏推广到了广义ω-正则表达式。

    An extension of the split game to generalized ω - regular expressions is also established .

  15. 例如,正则表达式A(B(C))包含子组(B(C))和(C)。

    For example the regular expression A ( B ( C )) has the subgroups ( B ( C )) and ( C ) .

  16. 您可以输入一个常量或者任意JSF表达式。

    You can enter a constant or any JSF expression .

  17. 并给出了它们各自三阶互调失真的表达式,最后又对AGC放大器和乘法器进行了分析和比较。

    It also analyzes and compare the theory of AGC Amplifier and Multiplier .

  18. 利用问题模型的特殊性,用Lagrange乘子法分析得出了相应鉴别矢量解的表达式。

    The discriminant vectors corresponding to the latter model are worked out by Lagrange method .

  19. 因此,“admin”就构成了一个正则表达式。

    Thus ," admin " constitutes a regular expression .

  20. XPath表达式(x!=y)和not(x=y)是不同的。

    The XPath expressions ( x ! = y ) and not ( x = y ) are different .

  21. 对退磁曲线线性度较好的磁体,提出一种用数学方法计算磁体B=f(H)关系和磁通损失数学表达式的方法。

    The method of calculation of demagnetizing curve and magnetic flux loss based on magnets with good linearity of demagnetizing curve have been showed in this paper .

  22. 您将学到Lambda表达式、递归和宏。

    You 'll see Lambda expressions , recursion , and macros .

  23. 关于加权奇异值分解与QR分解的渐近表达式的证明

    A Proof on the Asymptotic Behavior of Scaled Singular Value and QR Decompositions

  24. 利用Green公式及调和函数的性质,系统地研究三元调和函数在空间区域Ω内、外及边界上的积分表达式;

    By using the green formula and the character of harmonic function , the integral expression of ternary harmonic function in the spatial region Ω, outside and on the boundary were studied .

  25. 引入空间复合算子,将传统的事件表达式扩展到空间领域,提出了组合着色Petri网作为事件检测模型,所提出的模型可以充分利用事件公共表达式,描述简洁有效。

    An event detect model based on compositional colored Petri net is constructed , which is simple and efficient for describing event expression .

  26. 为了创建一个精确且完整的模型,我们需要UML图表及OCL表达式。

    To create a precise and complete model , we need both UML diagrams and OCL expressions .

  27. 采用组合着色Petri网构造基于空间关系的复合事件检测模型,充分利用事件公共表达式简化Petri网;

    Compositional colored Petri net is adopted to construct composite event detection model based on spatial relation , which fully utilizes common event expression .

  28. 由多机系统表达式,可以确定出PSS直接提供的阻尼转矩的解析表达。

    From the generalized multimachine representation , the electrical torque provided directly by PSS can be analytically represented .

  29. 基于电路原理得出恢复电压和潜供电流的数学表达式,运用MATLAB编程得到恢复电压和潜供电流的数值。

    The mathematic representations of recovery voltage and secondary arc current can be obtained based on circuit principle , and the values can also be obtained by using MATLAB .

  30. 得到Mei对称性导致的Mei守恒量的存在条件以及Mei守恒量的表达式。

    The existence condition and the expression of Mei conserved quantity which are deduced directly by Mei symmetry are obtained .