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1)  self-consistent [英][,selfkən'sistənt]  [美][,sɛlfkən'sɪstənt]
自洽
1.
This paper adopts self-consistent gravitational field equations given by M.
Gasperini给出的自洽的引力场方程,当考虑自旋与自旋的相互作用时,发现自旋密度对极早期宇宙起支配作用,是引起暴涨的根本原因,而且极早期宇宙是以辐射和尘埃为主,同时,由该模型得到一个非零的最小“宇宙半径”和初始密度。
2.
By solving the Schrdinger and Poisson equations self-consistently, the central barrier height, central barrier width, well width, and doping concentration in the barriers of symmetric Al_ 0.
用薛定谔方程和泊松方程自洽计算的方法研究了Al0。
3.
The differential equations of the electric vector potential are obtained,furthermore the self-consistent among the electric vector potential,electric displacement vector and magnetic vector potential is proved.
该文在无电荷分布的区域里引入了描述电场的新的物理量电矢势,分析了电矢势的物理意义,并给出了电矢势的微分方程,同时证明了电矢势与电位移矢量、磁矢势是自洽的。
2)  negotiation between the two parties
自协自洽
1.
Problem Analysis and Process of Resolving the Wage Problems by Trade Union——Transformation from state nationalism to negotiation between the two parties
中国工会解决拖欠劳动者工资的进展及问题分析——国家实体主导向劳动者与用人单位自协自洽转变
3)  self-consistent iteration
自洽迭代
4)  generalized self consistent
广义自洽
1.
The weak point of the generalized self consistent method(GSCM) is that its solution for the effective shear moduli cannot be expressed explicitly and is inconvenient to applications.
利用 Green函数及积分方程技术 ,在夹杂应变均匀的近似假定下 ,将 Hill界面条件应用于整个二相体内 ,从而得到一种可以预报任意椭球夹杂体复合材料有效模量的广义自洽 Mori- Tanaka方法。
5)  self_consistent simulation
自洽模拟
1.
The effect of static electric field in smectic layer plane on the helic structure and ferroelectrics of SmC * liquid crystals is studied by the self_consistent simulation method.
采用自洽模拟方法,计算研究了分子层面内的静电场对SmC相液晶螺旋结构和铁电特性的影响。
6)  self-consistent field
自洽场
1.
Using self-consistent field calculation,the new equilibrium morphology of a diblock copolymer melt confined in a brush-covered cylindrical nanopore can be found.
利用自洽场方法研究两嵌段共聚物受限于接枝均聚物链(聚合物刷)圆孔中的自组装相形貌。
补充资料:π-自洽场方法
分子式:
CAS号:

性质:又称π-自洽场方法。该方法是在休克尔方法(HMO)的基础上,加入π电子之间的相互作用势能,同时对计算过程中出现的电子排斥积分采用零微分重叠近似,然后利用自洽场迭代方法求得π分子轨道及其相应的能量。这种方法能区别同一组态的单态或三态,也能区别分子的几何异构体。对非交替烃的计算比HMO更接近真实。该方法主要用于平面共轭分子的光谱解释。

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