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论证了一般热灾害系统的多重特性。提出非线性特性是一般热灾害系统（含火灾系统）本质特性的观点。将热灾害过程中存在的特殊现象与对应的非线性动力系统的复杂和奇异行为对应，由此可通过研究非线性动力系统动力轨道的拓扑和演化特性，研究特殊热灾害现象。指出非线性作用是特殊热灾害现象产生的最根本机制。初建了非线性热灾害动力学理论
The multi-characteristic of general thermal disaster system is demonstrated. It is proposed that the nonlinear characteristic is the nature of a general thermal disaster system (including a fire system). Correspondingly, the special phenomena existing in thermal disasters correspond to the complex and singular behaviors of nonlinear dynamical systems, so we can study the special thermal disasters by studying the topological and evolution characteristics of the dynamic orbit of nonlinear dynamical systems. It is pointed out that the non-linear effect is the most fundamental mechanism of the special thermal disasters. The first non-linear thermal disaster kinetic theory