| 1. | The graph k1 is hence nonplanar .
于是，图K1是非平面的。 |
| 2. | Held within a nonplanar ring of eight mn
配体是由16个桥连 |
| 3. | The graph k1 is hence nonplanar
于是，图k1是非平面的。 |
| 4. | The numerical results show the existence of chaotic motion in the planar cantilever and the nonplanar cantilever
数值模拟结果证实平面运动悬臂粱和非平面运动悬臂梁都存在混沌运动。 |
| 5. | The chaotic motion of the planar cantilever and the nonplanar cantilever are investigated by the numerical simulation
利用数值模拟方法研究了平面运动悬臂梁和非平面运动悬臂梁的混沌运动。 |
| 6. | Coordination chemistry : characterization of the electronic structure and the bonding characteristic of nonplanar metalloporphyrins in different oxidation and spin states
配位化学：探讨非平面金属在各种不同氧化态和自旋态之电子结构和键结特性。 |
| 7. | The dynamic properties of the nonlinear planar cantilever and the nonlinear nonplanar cantilever are investigated , the main contents are as follows
本文研究了非线性平面运动悬臂梁和非线性非平面运动悬臂梁二种模型的动力学特性，主要研究内容有以下几方面。 |
| 8. | Based on the averaged equations of the nonlinear nonplanar flexible cantilever , the normal form of the averaged equations is obtaineiby the maple program given in the appendix
在平均方程的基础上，利用前面得到的规范形计算程序对平均方程进行简化，得到了平均系统的规范形。 |
| 9. | Bioinorganic chemistry : development of the concept of symmetry switch ” by studying nonplanar metalloporphyrins as models to elucidate the biological consequences of macrocycle deformation on hemoproteins
生物无机化学：以非平面金属的模型研究，探讨血红素蛋白中大环变形对其生物功能之影响，并从而建立?对称开关?的概念。 |
| 10. | The global bifurcation analysis of the nonlinear nonplanar cantilever is given by a global perturbation method developed by kovacic and wiggins . it is found that the nonlinear nonplanar cantilever can undergo the hopf bifurcation , heteroclinic bifurcations and silnikov - type homoclinic orbit to saddle focus , which means that the nonlinear nonplanar cantilever can give rise to the chaotic motion in the sense of smale horseshoes
利用kovacic和wiggins的全局摄动法对非线性非平面运动悬臂梁进行了全局动力学分析，发现系统存在hopf分叉和异宿分叉，并证明系统有silnikov型鞍焦点型同宿轨道，可以产生smale马蹄意义下的混沌。 |
