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- Euler and Laplace equations 欧拉方程与拉普拉斯方程
- Governing equations adopted are Stokes equation for momentum and Laplace equation for energy. 由于研究对象是小液滴缓慢的热毛细迁移过程,因而所采用的控制方程中动量方程为StokeS方程、能量方程为Laplace方程。
- Infiltration pressure models fabricating MMC by the squeeze infiltration method are established according to the basic principle of hydromechanics and Laplace equation. 应用流体力学和拉普拉斯方程的基本原理建立压力熔渗法制备颗粒增强金属基复合材料的熔渗模型;
- Sturm-Liouville theory and Laplace transforms. 本徵函数和本徵值；
- Use SOBLE Operator and Laplace transform other. 对于黑白图像，边界处理。利用SOBLE算子与拉普拉斯变换等。具有很高的研究与试验价值-for black-and-white images of boundaries.
- An implicit factorized LU-SGS method is applied to solve the Euler and the adjoint equations. 流动方程与伴随方程均用隐式LU-SGS方法求解。
- The CSCM-S algorithm proposed by Lombard et al is very attractivefor multidimensional Euler and Navier-Stokes equations. 由 Lombard 等人提出的 CSCM-S 算法是求解 Euler 及 Navier-Stokes 方程的高效率方法。
- Using the improved method we studied inviscid and viscous transonic flow in turbomachinery based on Euler and Navier Stokes equations. 计算结果表明，本方法是透平机械内部跨音速流动计算的强有力的手段。
- During more than 200 years, the research of Euler and Navier-Stokes equations has been developed rapidly, and extensively applied to engineering, in particular, shipping industry, aeronautics and astronautics, and meteorology. 近两个多世纪以来,Euler方程和Navier-Stokes方程经历了迅速的发展,在工程中,特别是船舶工业、航空航天工业以及气象学等领域有着广泛的应用。
- By applying formal asymptotic analysis and Laplace transformation, we obtain two-dimensional model system of linearly viscoelastic "flexural" shell from three-dimensional equations. 应用形式渐近分析和拉普拉斯变换，我们从三维线性粘弹性方程组得到二维线性粘弹性弯壳的数学模型。
- The motion equation of the structure is in both time domain and Laplace domain. 在时间域和拉氏域内建立了它的动力学方程.
- Euclid, Euler and all the others discovered and put into words things that were already there. 欧几里德、欧拉，以及其他数学家们，只不过是发现了这些规律，加以文字表述而已。
- The book is self-contained, with appendices included on elementary matrix and Laplace transforms. 本书自成体系，并有初等阵论及拉普拉斯变换的附录。
- The Euler and Lagrangian residual currents were similar in intensity and direction. 欧拉余流和拉格朗日余流大小和流向基本一致。
- In electric field calculation: electric field in circuit breaker is described by cylinder Laplace equation. 电场数值计算中,描述断路器灭弧室内电场分布的数学模型为柱面坐标下的拉普拉斯方程。
- It is complicated and hard-controlled for beginner to solve the Laplace equation in the static electricity field. 在静电场中求解拉普拉斯方程,对初学者来说既复杂又难以掌握。
- In fact, the analysis and design techniques so far, including the use of transfer function and Laplace transforms, are no longer valid. 事实上，至今为止所讨论的分析和设计技术包括传递函数和拉氏变换已经不适用了。
- I hit him fair and square on the jaw. 我不偏不倚打中他的下巴。
- It is a fact of life and you must face it. 这是严酷的现实，你必须面对它。
- She and I can't live under the same roof. 她和我不能住在一起。
