Wakili, K.G. , Hugi, E., Wullschleger, L. and Frank, T. (2007). Gypsum Board in Fire - Modelling and Experimental Validation, Journal of Fire Sciences , 25: 267-282.
2.
Ramahti, H. (1995). Ignition and Combustion Properties of Australian Forest Materials, PhD thesis, University of New South Wales , Sydney.
3.
Jones, J.C., Bridges, R.G., Rahmati, H., Fowler, D. and Vorasurayakarnt, J. (1990). The Self-heating and Thermal Ignition Propensity of Forest Floor Litter, Journal of Fire Sciences, 8: 207-223.
4.
Jones, J.C., Wake, G.C. and Rahmati, H. (1991). The Unpiloted Ignition of Eucalyptus Leaves Treated as a Parallel Reaction System, Journal of Fire Sciences, 9: 311-329.
5.
Jones, J.C. (1998). Measured Thermal Diffusivities of Upholstery Materials , Journal of Fire Sciences, 16: 327-334.
6.
Bowes, P.C. (1984). Self-heating: Evaluating and Controlling the Hazards , Elsevier, Amsterdam.