1) super-thin elastic rod
超细长弹性杆动力学
1.
Gauss principle for a super-thin elastic rod dynamics
超细长弹性杆动力学的Gauss原理
2) super-long elastic slender rod
超细长弹性杆
1.
The dynamical study of a super-long elastic slender rod plays an important role in analyzing many properties of a DNA such as its stability and equilibrium.
超细长弹性杆动力学模型在DNA分子结构模型的平衡、稳定性等问题的研究中有重要的应用。
2.
In this paper, a super-long elastic slender rod is used as a structural model ofDNA to study the dynamical properties and structure of DNA molecules.
以超细长弹性杆作为DNA的双螺旋结构模型来研究DNA的力学结构和动力学性态，基于Kirchhoff的动力学比拟方法，导出了没有外界约束的条件下描述静态弹性杆表面的曲面微分／积分方程组，在此模型的理论基础上，将弹性杆结构模型视为刚体有限转动模型，推导出适合数值计算的四元数形式的微分方程。
3) super-thin elastic rod
超细长弹性杆
1.
Mei symmetries and the Noether conserved quantities of super-thin elastic rod
超细长弹性杆的Mei对称性及其Noether守恒量
2.
A static model for super-thin elastic rod is described.
阐明一类超细长弹性杆的静力学建模问题。
3.
The investigations on the problems of equilibrium and stability of a super-thin elastic rod as model of DNA supercoiling have became an interdisciplinary area of classical mechanics and molecular biology with full of activities.
超细长弹性杆作为DNA等生物大分子链的力学模型,其平衡和稳定性问题已成为力学与分子生物学交叉的研究热点。
4) dynamics of Kirchhoff elastic rod
Kirchhoff弹性杆动力学
补充资料：超弹性物质
见纯力学物质理论。
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