Cascading failure is a hot issue to study the complexity on the transport network.
交通网络上的级联失效问题是研究其复杂性的一个热点问题。
The cascading failure is an important cause leading to large-scale blackout of power grid.
连锁反应故障是导致大停电的重要原因。
Once large-scale cascading failure happens, it has often highly destructive power and influence.
大规模的相继故障一旦发生，往往具有极强的破坏力和影响力。
Finally, a probabilistic risk assessment method for cascading failure of power system was introduced.
最后提出了一种电力系统连锁故障风险评估方法。
In recent years, cascading failure has become an important cause of large-scale blackout of power grid.
近年来，连锁故障已成为引发电力系统大停电事故的重要原因。
In recent years, cascading failure became important cause leading to large-scale blackout of power grids.
近年来，连锁故障已成为引发电力系统大范围停电事故的重要诱因。
In the perfect example of a cascading failure, one thing led to another until we had a whole lot of work.
在一个完美的例子连锁故障，但有一点导致了另一个，直到我们有一大堆的工作。
It is found that by using the proper navigation strategy, it can reduce the risk of cascading failure considerably.
研究表明，采用合适的导航策略能够有效提高网络稳健性，避免级联失效的发生。
In this paper, cascading failure is studied by coupled map lattices methods in preferential attachment community networks.
本文采用耦合映像格子的方法研究了带有偏好连接的群落网络的级联失效问题。
The basic process and theory of power system cascading failure considering protection system hidden failures were analyzed to decrease bulk blackout failure.
继电保护系统的隐藏故障对电网的运行威胁很大，而隐藏故障的在线诊断十分困难。
Bus configurations of power station and substation have an influential role in cascading failures research, which may display through open-failure of breaker.
发电厂、变电站主接线在连锁故障研究中具有重要作用，这种作用可以通过断路器拒分故障表现出来。
Cascading failure is a series of successive failures caused by one failure, which may result in large-scale blackout and unexpected trips of many critical components.
电力网络连锁故障是由某一个故障引发的一系列故障过程，其后果是造成大规模的停电事故和许多关键元件的开断。
Cascading failure is a series of successive failures caused by one failure, which may result in large-scale blackout and unexpected trips of many critical components.
电力网络连锁故障是由某一个故障引发的一系列故障过程，其后果是造成大规模的停电事故和许多关键元件的开断。
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