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1·Momentum integral equations are solved simultaneously with the specified relationships of main flow.

将附面层的动量积分方程与主流的关系式联立起来求解。

2·By type factors and transitional momentum integral equation, the approximate expression of momentum thickness is presented as well.

借助于型参数，通过变换动量积分方程，得出动量损失厚度近似解的表达式。

3·Solutions of the boundary layer momentum integral equations of vanes in centrifugal pumps are given and their calculation method and their illustration with example are given too.

给出了离心泵叶片表面的边界层动量积分方程的解的构造及其计算方法，并以计算实例说明了该解的唯一性和算法的稳定性、收敛性。

4·Conservation of mass, second Newton's law, and momentum law are introduced into traffic flow to set up traffic continuity equation, Euler's equation, and momentum integral equation.

应用物理学中的质量守恒定律、牛顿第二定律、动量定律等，建立了交通流的连续性方程、欧拉方程和动量方程；

5·The findings bring new lights in the fluctuating nature of momentum exchange coefficients and integral time and length scales. These turbulent properties should not be assumed constant.

这将为波动特性的动量交换系数及积分时间和长尺度提供新的信息，这些湍流特性不应被视为不变的。

6·In order to calculate the coulomb potential scattering, the path integral is investiged in momentum space.

在合理的近似下，通过在动量表象中计算路径积分，较为方便地求出了。

7·Forces can be visualized as momentum currents, for Newton's Second Law is equivalent to the continuity equation for momentum in integral form.

牛顿第二定律实质上是动量连续性方程的积分形式，因而，力可以被理解为动量流。

8·Integral Forms for Magnetostatics. Magnetic Multipoles. Relation between Magnetic Moment and Angular Momentum.

积分形式的静磁学。磁多极。磁矩与角动量之关系。

9·System volume flux was gained by loop integral the momentum equation.

利用环路积分的方法求解动量方程，进一步求得系统的体积流量。

10·Based on the Poisson bracket and the discriminant of integral of motion, we prove the problem that the moment of momentum is the integral of motion when the mass point is affected by central force.

运用泊松括号，依据运动积分判别式，证明了质点受有心力作用时，其动量矩是运动积分的问题。