Abstract
The burning behaviour of thermally thin materials with high characteristic temperature is investigated using a previously developed dynamical systems model. Regimes of particular interest from the viewpoint of fire-retardancy are identified and exhibited in steady-state diagrams. We explain how regimes of practical interest can be identified from the limit-point unfolding diagram and use this to determine the region of existence of these regimes as a function of the pyrolysis kinetics. This methodology provides a framework for the systematic investigation into the effectiveness of fire-retard-ants.
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