偏心率变化

地球轨道偏心率变化对东亚季风气候模拟的影响

The Effects of Changes of Earth Orbital Parameters on East Asian Monsoon Simulation

地球公转轨道偏心率变化的构造运动响应

The response of the crust as tectonic movements to the changes of eccentricity of the earth 's orbit

对N体问题的数值积分中的Runge-Kutta-Fehlberg法（简称RKF法）、辛算法和厄米算法在N体问题中应用时引起的能量误差、半长径和偏心率的变化进行比较。

The Runge-Kutta-Fehlberg algorithm ( RKF ), the symplectic algorithm and the Hermite algorithm for N-body problems are studied with energies errors and semimajor axis and eccentricity .

卫星轨道偏心率的变化特征及其对轨道寿命的影响

The Variable Feature of Orbital Eccentricity and its Influence on Orbital Lifetime

截面径（宽）厚比，从33变化到67；（4）荷载偏心率，从0变化到0.3。

Tube diameter ( or depth ) to thickness ratios , from 33 to 67 ;