The positive equilibrium is stable if the dispersal rate is small.
当扩散率较小时，该系统的正平衡点是稳定的；
And, the global asymptotical stability of positive equilibrium point of the equation is obtained.
并得到方程的正平衡点是全局渐近稳定的。
When the kernel function of the distributed delay takes the form weak kernel, the positive equilibrium is Absolutely asymptotically stable.
证明当分布时滞的核函数取弱核形式时，平衡点是绝对渐近稳定的。
When this system has harvesting rate, we have also proved that if there is a positive equilibrium point in the system, it is then globally unstable.
当该系统具有收获率时，证明了该系统若存在正平衡点，则它是全局不稳定性。
The paper is regarding a fourth-order rational difference equation, proving that the positive equilibrium point of the equation is globally asymptotically stable.
研究了一个四阶有理差分方程，证明了该方程的正平衡点是全局渐近稳定的。
It is proved that existence and uniqueness on systemic positive equilibrium dot with the state feedback. Gives the asymptotic steady condition in positive equilibrium dot of the said system.
证明了对该系统添加状态反馈后可控制系统正平衡点的存在性和惟一性，给出了系统在平衡点渐近稳定的条件。
For the model with time-dependent birth pulses, using the stroboscopic map, the theory on bifurcation and numerical analysis, the existence and stability of the positive equilibrium are obtained.
对具有密度依赖生育脉冲的模型，运用频闪映射，结合分支理论和数值分析，得到了正平衡态的存在性、稳定性；
The "5 to 1 Rule" states that for every negative interaction that you have with a person, it will take five positive interactions to bring the relationship into equilibrium.
5对1法则说的是每一个在人际交往中产生的消极的互动，将要用5个积极的互动来弥补使人际关系平衡。
The responsibility rule with the positive deal cost and oligopoly should be founded on the basis of the fundamental model and loosening the control to attain the new equilibrium of the market.
以该基本模型为基础，逐步放松约束条件，就会建立交易成本为正、存在寡占的责任规则，达成新的市场均衡。
Then, for the positive constant equilibrium, we give a sufficient condition for diffusion-driven instability occurring.
其次，我们给出了扩散引起正常数平衡解失稳的条件。
The dynamic buckling loads will be significantly improved when the system potential energy along the stable equilibrium path are positive.
当稳定平衡时系统势能大于零，浅拱的动力屈曲荷载将显著提高。
At the same time, the equilibrium point is also the turning point of competitive adsorption, from positive adsorption to negative adsorption or from negative absorption to positive adsorption;
同时，该平衡点也是两组分竞争吸附的转折点，从正吸附变为负吸附或从负吸附变为正吸附；
At the same time, the equilibrium point is also the turning point of competitive adsorption, from positive adsorption to negative adsorption or from negative absorption to positive adsorption;
同时，该平衡点也是两组分竞争吸附的转折点，从正吸附变为负吸附或从负吸附变为正吸附；
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