地震次生火灾对人类的危害极大。
地震次生火灾对人类的危害极大。
Post-earthquake fires cause significant harm to human populations.
这些方法为能源供应系统防御地震次生火灾提供了有效途径，具有很好的应用前景。
These methods provide efficient ways to the energy source supply systems for defending earthquake-induced fire and have a good application foreground.
这些方法为能源供应系统防御地震次生火灾提供了有效途径，具有很好的应用前景。
These methods provide efficient ways to the energy source supply systems for defending earthquake-induced fire and have a good application fo...
在地震的作用下，城市中潜在的危险源对地震次生火灾的起火和蔓延都有着重要的影响。
The city hazards have a great effect on the post-earthquake fire ignition and spreading.
然后，在阻止火蔓延距离的基础上，确定了地震次生火灾蔓延范围模拟的方法以及流程。
Then, the method and flowchart of post-earthquake fire spreading area is made based on the fire hindrance distance.
地震次生火灾作为地震次生灾害中发生最频繁的灾种，起火原因复杂其危害性也十分巨大。
As the most frequency post-earthquake disaster, the reason of the post-earthquake fire is sophisticate and its harm is huge.
在此基础上进一步改进现有的地震火灾蔓延模型，开发出基于GIS平台的地震次生火灾动态蔓延模拟系统。
Base on this, the paper more improve spreading model of the existing post-earthquake fire and have developed the spreading dynamic simulation system of post-earthquake fire base on GIS.
通过对基于GIS的建筑物地震次生火灾危险性模拟，为预防地震次生火灾的发生提供有力的依据，同时为地震次生火灾发生后进行应急救灾提供了有力的支持。
The risk simulation of building fire after earthquake based on GIS is useful in preventing the fire of buildings after the earthquake, and providing prompt disaster relief when the fire occurs.
通过对基于GIS的建筑物地震次生火灾危险性模拟，为预防地震次生火灾的发生提供有力的依据，同时为地震次生火灾发生后进行应急救灾提供了有力的支持。
The risk simulation of building fire after earthquake based on GIS is useful in preventing the fire of buildings after the earthquake, and providing prompt disaster relief when the fire occurs.
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