equation

n.方程式；等式；相等；[化学] 反应式

noun

1. 方程；方程式；等式
   a statement showing that two amounts or values are equal, for example 2x + y = 54
2. 相等；等同看待
   the act of making sth equal or considering sth as equal (= of equating them)
   1. The equation of wealth with happiness can be dangerous.
      把财富与幸福等同起来可能是危险的。
3. （多种因素的）平衡，综合体
   a problem or situation in which several things must be considered and dealt with
   1. When children enter the equation , further tensions may arise within a marriage.
      有了孩子以后，婚姻中可能出现新的矛盾。

名词复数形式:equations

equation 等式

来自equal, 平等的。用作数学名词。

1. The equation is simple: research breeds new products
   情况很简单：研究产生新产品。
2. The party fears the equation between higher spending and higher taxes
   该党担心难以平衡更多支出和更高税率之间的综合关系。
3. New plans have taken chance out of the equation.
   新计划已经在这种综合局势中获得了机会。
4. We can express that equation like that
   我们可以这样表示那个等式。
5. It is easy to see the conclusions described in the text follow from this equation.
   很容易可以看出文中所述的结论是由这个方程式推出的。
6. It is conventional to place the independent variable on the right-hand side of an equation.
   普遍做法是把自变量放在等式的右边。
7. This led, as we shall see, to the concept of the adjoint equation.
   这就引出了，如我们将要看到的，伴随方程的概念。
8. There is an equation between unemployment and rising crime levels.
   失业人数和上升的犯罪数字趋于平衡。
9. A Quasilinear equation is one in which the highest-order derivative appears linearly.
   最高阶导数线性地出现的那种方程是准线性方程。
10. The solution can be expressed by a mathematical equation.
    答案可用一个数学方程式来表示。
11. These equations are written more concisely as a single columnmatrix equation.
    这些方程以单列矩阵方程表示会更简单。
12. Kinetic equation in the baking process of purifying aphanitic graphite were researched.
    研究了隐晶质石墨的提纯工艺中焙烧动力学方程。
13. Established a linearized oscillation result of the second order nonlinear neutral delay differential equation with positive and negative coefficients.
    建立了二阶具正负系数的非线性中立型微分方程的一个线性化振动性结果。
14. The existence of the renormalized solutions for the initial-boundary value problem of parabolic equation with small measure is established.
    建立了一类带小测度的抛物型方程的初边值问题的重整化解的存在性。
15. The Dirac equation is decomposed into a pair of equations of two spinors.
    把狄拉克方程分解成了两个单旋量的联立方程组。
16. And this is a well-known equation.
    这是一个很著名的等式。
17. Solution of equation is calculated and approximately per-formed, and qualitative explanation and quantitative analysis are made.
    并对其解进行了演算与近似演算，做出了定性说明和定量分析。
18. The mathematical expression of transforming linear block diagram into state equation is derived.
    文中推导了系统结构图和状态方程之间变换的数学表达式。
19. The series solution for boundary value problem of nonhomogeneous harmonic equation with variable coefficient is obtained.
    使变系数非齐次调和方程边值问题的求解有了新的进展。
20. The initial boundary value problem of fourth order wave equation with dispersive and dissipative terms is studied.
    研究具色散和耗散项的四阶波动方程的初边值问题。
21. You then can a multi-group either diffusion equation or solve these types of equations and more rigorously.
    然后你有一个多群的或者是扩散等式，或者更严厉地解决这些等式。
22. Feedback control method is used to solve implicit difference equation in this paper.
    提出了采用反馈控制方法求解隐式差分方程的方法。
23. The dynamical equation of the system was established using Lagrangian equation and Newton's second law.
    通过系统运动的拉格朗日方程和牛顿第二定律，建立了机械式离心调速器系统的动力学方程。
24. In this paper, we discuss and replenish Liouville formula of linear differential equation.
    对线性微分方程中的刘维尔公式做了适当的补充和讨论。
25. A new expression of the Dirac equation was found.
    作者找到了一个狄拉克方程的新表象。
26. By employing the compatibility of a generalized isospectral problem, a generalized zero curvature equation is obtained.
    利用一个广义等谱问题的相容性得到了一个广义零曲率方程。
27. The process described in this section is a generalization of Newton's method for a single equation.
    本节所叙述的是对单个方程的牛顿方法的一般化。
28. The high-order boundary conditions for the problems of Laplace equation in infinite region hare been developed.
    对无限域Laplace方程问题，推导出了高阶边界条件。
29. In this paper, the second initial and boundary value problem of a nonlinear singular diffusion equation is discussed.
    讨论了非线性奇异扩散方程的第二初边值问题，证明了存在唯一的光滑解，且解关于初值是连续依赖的。
30. An integral equation method is presented in this paper for the nonlinear analysis of beams on a rigid foundation.
    提出了刚性地基梁非线性分析的积分方程法。