The paper gives the fire risk analysis and the pertinent measures and technologies of fire and explosion protection.
根据其火灾特点，总结了火灾爆炸事故的预防措施与技术。
Accident tree analysis is applied to risk analysis and a mathematical model is established, including fire model, effective release rate model, heat intensity threshold and hazard area equation.
采用事件树分析法进行风险分析并建立了数学模型，包括火灾模型、有效释放率模型、热强度极限值、危险区域等式四部分。
Through analysis of architectural curtain wall of fire hazards, to clarify positive wall against the importance of building fire risk.
通过对建筑幕墙火灾危害的剖析，阐明了积极防范幕墙建筑物火灾危险的重要性。
By the analysis of the causes of building fire, parameters for assessing the building fire are determined, by which the risk of building fire is graded using fuzzy evaluation method.
在分析建筑火灾发生原因的基础上，建立了建筑火灾风险评估因素集。并运用模糊评价法对建筑物的火灾安全进行了风险评价，通过评价得出建筑物所属的安全等级。
The theoretical analysis proves that performance design provides a new way to address the fire risk in buildings. The idea will be used to improve the management of fire risk a lot.
其理论分析与实践证明：性能化设计理念为解决建筑火灾隐患、更好地满足建筑功能需要提供了一条新的途径，该理念的应用将促进建筑火灾隐患整改的科学化、合理化和成本效益的最优化。
The theoretical analysis proves that performance design provides a new way to address the fire risk in buildings. The idea will be used to improve the management of fire risk a lot.
其理论分析与实践证明：性能化设计理念为解决建筑火灾隐患、更好地满足建筑功能需要提供了一条新的途径，该理念的应用将促进建筑火灾隐患整改的科学化、合理化和成本效益的最优化。
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