该方法之关键在于直接从时序电路的状态转换图（STD）获得J-K、D和T触发器的激励方程式。
The crux of this method is that excitation equations for J K, D and T flip flops are obtained directly from the state transition diagrams(STDs).
文中从刚性抗滑桩空间受力状态的静力平衡条件出发，推导了若干组静力平衡方程式。
The paper deduces several groups of static equations depending upon the space static balance conditions of the rigid piles against sliding.
关于动力学方程式的求解结果可用于从理论上阐明草原上二级系统处于稳定状态下的局部动力学行为和可能出现的变化过程。
The computed result can be applied to the theoretical explanation of a partial dynamic action under the stable and the possible changing process.
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