Stability state is analyzed in the condition of air floating state, stability parameter is modified corresponding.
分析了在气浮影响下对于稳性状态的影响，并对静稳性参数进行了修正。
In given forcing, the system appears bifurcation and arrives at chaotic state more ea - sier within greater range of stability parameter, when dissipative coefficient is smaller.
对于一定型式的强迫，在较小的耗散参数下，系统在较大的稳定度参数范围内更易出现分叉和达得混沌状态。
At the same time, the reasonable estimate about the stability of wall rock and timbering parameter supplies designers and builders with the beneficial reference.
同时对围岩稳定性和支护参数进行了合理性评价，为设计和施工单位提供了有益的参考意见。
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