1) core spheroid-crust mantle spheroid layer(CS-CMSL)
地核椭球-壳幔椭球层
3) core-shell ellipsoidal particle
核壳椭球微粒
1.
Based on the discrete-dipole approximation,the scattering and absorption characteristics of electromagnetic wave by a hollow or solid core-shell ellipsoidal particle are analyzed in the present study.
基于离散偶极子近似方法,分析了核壳椭球微粒的电磁波吸收特性,给出了在电磁波波长与微粒粒径不同比例情形下,核壳椭球结构微粒的外壳厚度的变化对电磁波散射和吸收特性的影响,并讨论了椭球微粒形状变化(趋于针形)对吸波效果的影响。
4) earth ellipsoid
地球椭球
5) ellipsoid shell
椭球壳体
1.
In this paper, we refer to derivation process of Lame slution; directing towards different range of application, we deduce the stress formula of ellipsoid shell of internal pressure at any point according to non-bending moment theory.
参照拉梅解答的推导过程,针对不同的适用范围,根据无矩理论推导了椭球壳体上任一点在内压作用下的应力公式。
6) ellipsoidal shell
椭球壳
1.
The hydrobulge forming of ellipsoidal shells is presented.
采用大变形弹塑性有限元法对椭球壳体的液压成形过程进行了模拟，结果表明壳体成形时，各点塑性变形不是同时发生的，并对壳体塑性变形的扩展过程和点的加载轨迹进行了研究，证明了壳体在胀形时焊缝区受到弯曲作用的影响。
2.
The stress distribution in ellipsoidal shells subjected to internal pressure is deseribad,it is pointed out that the stress state of a point in elllpsoidal shell is decided by A, the ratio of the length of the non-revolving axis to that of the revolving axis, and the position of the point in the shell.
指出椭球壳上一点的应力状态只与壳体的轴比λ和该点在壳体上的位置有关，并进一步分析了内压椭球壳的塑性变形的发生部位及其扩展过程。
补充资料：参考椭球(见地球椭球)
参考椭球(见地球椭球)
reference ellipsoid
eankao tU0qlu参考椭球(referenee ellipsoid)见地沐椭球
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条