Composites ignition

The product of interaction at 0°C (of unknown composition) ignited in air and reacted violently with water. 

Introduction Gas explosions depend on a large number of parameters, including temperature, pressure, gas composition, ignition source, geometry of surroundings, turbulence in the gas, mixing, time before ignition, and so forth. Thus, gas explosions are difficult to characterize and predict. 

Material Flow properties of composition Non-Segregation of ingredients of compn Pelletting Power Retardation of Rate of Burning Sparkiness of Flame Effect on Efficiency of Composition Ignitability of Composition Sensitiveness of Composition Waterproofing Power of Materials Remarks... 

Fig, 17. The pressure—composition ignition diagram for propane—oxygen mixtures at 429 °C. (From ref. 147.)... 

Using red thermit as the first composition Ignition by mechanical action... 

French fire matches (ca. 1805) utilized a pyrotechnic composition ignited by dipping into sulfuric acid. [Finch]... 

Heat Compositions Ignition Mixes, Delays, Thermites, and Propellants... 

Several attempts have been made to relate the strength of cement paste to the clinker composition. A series of equations was proposed by Blaine, et al., in 19681 1 to predict strength against a number of clinker compositions, ignition loss, insoluble fraction, and air and alkali contents. Other investigators have also proposed equations expressing the relationship between the clinker composition and the 28 day strength.P l... 

From a survey of existing composite heat transfer models it is clear that there are recognized deficiencies in existing microscopic models which are required to be addressed, namely a) the absence of a sufficiently exact analytical determination of composite ignition temperature under known fire load, and b) a fully representative quantitative profile of the volatiles released during combustion, (so as to more accurately calculate the aggregate heat of... 

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