The fire-retarding effect of inorganic phosphorus compounds on the combustion of cellulosic materials
Abstract
Abstract is not available.- Cellulosic materials
- Combustion
- Cotton
- Fabric
- Fire retardants
- Phosphorus compounds
- Chemistry, Analytical
- Chemistry, Physical
- Cellulosic material
- Diammonium phosphates
- Flame spread
- Flaming combustion
- Inorganic phosphorus
- Mass loss temperatures
- Monoammonium phosphate
- Pure cellulose
- Pyrolysis temperature
- Retarding effect
- Smoldering combustion
- Thermal analysis
- Fabrics
- Fires
- Materials
- Phosphorus
- Pyrolysis
- Smoke
- Thermogravimetric analysis
- Cellulose
- Flame Retardants
- Gravimetry
- Phosphorus Compounds
- Thermal Analysis
- Cellulosic materials
- Combustion
- Cotton
- Fabric
- Fire retardants
- Phosphorus compounds
- Chemistry, Analytical
- Chemistry, Physical
- Cellulosic material
- Cellulosic materials
- Diammonium phosphates
- Fire retardants
- Flame spread
- Flaming combustion
- Inorganic phosphorus
- Mass loss temperatures
- Monoammonium phosphate
- Pure cellulose
- Pyrolysis temperature
- Retarding effect
- Smoldering combustion
- Thermal analysis
- Cotton
- Fabrics
- Fires
- Materials
- Phosphorus
- Phosphorus compounds
- Pyrolysis
- Smoke
- Thermogravimetric analysis
- Combustion
- Cellulose
- Combustion
- Cotton
- Fabric
- Fires
- Flame Retardants
- Gravimetry
- Materials
- Phosphorus
- Phosphorus Compounds
- Pyrolysis
- Smoke
- Thermal Analysis
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Last time updated on 03/06/2016
This paper was published in DSpace@NTUA (National Technical Univ. of Athens).
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