Page 13 - 现代消防工程与安全
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第三节 公众参与的效果评估 ······················································· 139
第四节 提升公众参与度的策略 ···················································· 143
第七章 火灾调查的方法论 ································································ 149
第一节 火灾调查的技术手段 ······················································· 149
第二节 火灾原因确定的标准与程序 ·············································· 157
第三节 火灾调查中的证据链管理 ················································· 167
第八章 新能源储能电站消防技术 ······················································· 171
第一节 新能源储能电站的特点与挑战 ··········································· 171
第二节 消防机器人的研发与应用现状 ··········································· 172
第三节 储能设施的消防安全策略 ················································· 174
第四节 未来发展方向与技术创新 ················································· 177
第九章 消防机器人的应用场景扩展 ···················································· 183
第一节 特殊环境下的消防机器人应用 ··········································· 183
第二节 智能化与自动化程度提升 ················································· 186
第三节 消防机器人维护与保养 ···················································· 190
第十章 消防机器人与应急管理 ·························································· 195
第一节 紧急情况下的快速响应机制 ·············································· 195
第二节 消防机器人在灾害救援中的作用 ········································ 221
第三节 国内外消防机器人应用案例研究与实战演练 ························· 241
第十一章 化工火灾灭火技术 ····························································· 265
第一节 化工火灾的特点与难点 ···················································· 265
第二节 应急响应与处置策略 ······················································· 274
参考文献······················································································· 279
