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1)  self-organized state
自组织临界态
1.
Two necessary conditions that waken brittleness were obtained in a system working in self-organized state and an existing brittle source.
该文对系统的脆性进行了数学定义,并通过基于元胞自动机理论建立脆性模型并仿真,通过选取不同的参数进行研究,得到了系统处于自组织临界态和系统中脆性源的存在是系统脆性激发的2个必要条件。
2)  Self-organized criticality
自组织临界状态
3)  self-organized critical state
临界自组织状态
1.
A detailed overview of the current complex network in power system and the progress of its application are discussed based on the blackout model of power system,the self-organized critical state,the vulnerability assessment of transmission lines,as well as the small-world model.
同时在电力系统大停电模型、临界自组织状态、电力系统线路脆弱性评估以及小世界模型四个方面详细综述了目前复杂网络在电力系统中的运用及进展。
4)  self-organization critical state
组织临界态
5)  self-organized criticality
自组织临界
1.
A research on statistic orderliness of China Southern Power Grid blackout based on self-organized criticality;
基于自组织临界理论的南方电网停电事故宏观规律研究
2.
The study on power system self-organized criticality is still in its primary stage and the conception of power system self-organized criticality is not remarkably clear, thus further study on this problem is necessary.
电力系统自组织临界性的研究尚处于初级阶段,其概念并不十分清晰,需要进一步研究,其还没有公认的可以作为研究电力系统自组织临界性的标准模型出现。
3.
According to complex system theory, power systems in self-organized criticality (SOC) state have high probability of occurring of cascading failures.
根据复杂系统理论,电力系统在自组织临界状态下发生连锁故障的概率将会大大提高。
6)  self-organized criticality
临界自组织
1.
Brittle analysis of electric power system based on self-organized criticality theory;
基于临界自组织理论的电力系统脆性分析
补充资料:临界流态化速度
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性质:又称临界流态化速度。在流态化状态下相应的流体速度。所谓流态化状态是指这样一种状态,即在直立的容器内加入颗粒状固体物料,控制流体以一定速度由底部通入,使其压力降等于或略大于单位截面上固体颗粒的重量,固体颗粒即呈悬浮状态运动而不致被流体带走,其上部具有一个水平的界面。

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