%0 Journal Article %1 Carter:1989 %A Carter, D. A. %D 1989 %J Chemical Engineering Research and Design (Transactions of the IChemE, Part A) %K Combustion Concentration Dispersion Fire Modeling Plume Pollutant emission %N A4 %P 348--352 %T Methods for Estimating the Dispersion of Toxic Combustion Products from Large Fires %V 67 %X Two models for the prediction of toxic concentrations of substances released into the open air durind a fire are presented. One may be applied to a pool of burning liquid in the open air, and the other to a fire in a building such as a warehouse. Both models include simplifying assumptions and the predictions require testing against experimental data. Until the validation is completed, the results of the models cannot be used with full confidence.

@article{Carter:1989, abstract = {Two models for the prediction of toxic concentrations of substances released into the open air durind a fire are presented. One may be applied to a pool of burning liquid in the open air, and the other to a fire in a building such as a warehouse. Both models include simplifying assumptions and the predictions require testing against experimental data. Until the validation is completed, the results of the models cannot be used with full confidence.}, added-at = {2010-01-05T23:12:10.000+0100}, author = {Carter, D. A.}, biburl = {https://www.bibsonomy.org/bibtex/218f71ff3aea2610e327002beab40faf6/sjp}, interhash = {424bbaa39e430f0e914fef10f2376c59}, intrahash = {18f71ff3aea2610e327002beab40faf6}, journal = {Chemical Engineering Research and Design (Transactions of the IChemE, Part A)}, keywords = {Combustion Concentration Dispersion Fire Modeling Plume Pollutant emission}, month = {July}, number = {A4}, pages = {348--352}, timestamp = {2010-01-19T17:39:44.000+0100}, title = {Methods for Estimating the Dispersion of Toxic Combustion Products from Large Fires}, volume = 67, year = 1989 }