- integral form
- 积分: integral; integrate; integra ...
- 形式: form; shape; layout; modalit ...
- 半定积分形式: semidefinite integral form
- 对称积分形式: symmetric integral form
- 非负积分形式: non negative integral form
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积分形式的英文
- integral form
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例句与用法
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- The solvability of the oblique derivative boundary value problem for elliptic complex equation of third order in the unit disk was proved , and the integral expression of its solutions was given
摘要在一定条件下证明了单位圆盘上的三阶非线性椭圆型复方程的斜微商边值问题的可解性，并给出了其积分形式的解。 - Topics covered include : electric and magnetic field and potential ; introduction to special relativity ; maxwell ' s equations , in both differential and integral form ; and properties of dielectrics and magnetic materials
内容包括：电磁场和电磁势；狭义相对论介绍；麦克斯韦方程组的微分形式和积分形式；电介质和磁性材料的性质。 - The paper is concentrated on the new content - the transmission line theory that the field theory has still not involved . the paper gives a strict prove to the transmission line theory including mutual inductance and approves that the two integral forms of independent equations is not only applicable for lumped parameter circuits , but also for distributed parameter circuits
本论文在已有基础上研究场论说尚未涉及的新内容? ?传输线理论，对包含互感的传输线理论作严格证明，并证实积分形式的两组独立方程组不仅适用于集中参数电路，而且也适用于分布参数电路。 - Numerical investigation of three - dimensional steady jet - interaction phenomenology . ( 1 ) aerodynamics characteristic is calculated by using renolds - averaged navier - stokes equations discretitted in cell - centered finite volume framework and improved on baldwin - lomax turbulent model for the slender body at the high angle of attack
( 1 )采用三维积分形式n - s方程的中心有限体积离散方法，提出了改进的b - l湍流模型，进行了较大攻角弹体的气动特性计算和结果分析。 - Incremental length diffraction coefficients ( ildc ) is adopted to calculate the contribution of edge diffraction . in order to improve the accuracy of calculation , multi - scattering is discussed , based on the two former contributions and ray - tracing method . geometrical optics ( go ) and physical optics ( po ) are used to calculate the multi - reflection between facets and facets
对于镜面反射采用物理光学法计算其散射贡献，结合基于面元的目标模型的表示，采用离散的积分形式，将面电流积分化简为线积分，简化计算复杂度；对于边缘绕射，运用增量长度绕射系数理论计算目标边缘绕射场；在多次反射中，则以光线跟踪方法为基础，采用几何光学、物理光学相结合的方法分析考虑多次散射场。