Explosive reaction Subject

The process is subject to explosive reaction or detonation under nonnal conditions... 

Mixtures of phosphine and oxygen, both above and below the explosion limits, subjected to flash photolysis show, in the spectra, the presence of PH-, OH- and PO-radicals as well as the PH2-radical Eiuiing the reaction of atomic oxygen with phosphine visible luminescence up to 3600 A and UV emission were observed, which were attributed to the partial processes ... 

Detonation Reflected Shock Hugoniot and Isentrope for Explosion Reaction Products, Measurements of. This subject was discussed by W.E. Deal in Physics of Fluids 1(6), 523(1958)... 

Processes subject to explosive reaction or datonation Processes which react energetically with water or common contaminants... 

Is capable of detonating or undergoing an explosive reaction when subjected to a strong initiating source or if heated when confined. 

The process of deformation of the explosive in the zone subjected to wave compression produces reaction centers similar to those formed when an explosive is subjected to mechanical stresses. The formation of centers in the compression wave is also the condition that determines the possibility of further development of the explosion. The development of centers leads to the formation of an ignition front which, in turn, becomes a source of additional reinforcement of the compression wave, compensat-... 

Ref A.M. Weston L.G. Green, Data Analysis of the Reaction Behavior of Explosive Materials Subjected to Susan Test Impacts , UCRL-13480, Lawrence Livermore Lab, Univ of Calif (1970)... 

In this section we discuss the non-explosive reactions of the oxides of carbon with O, O2, and O3. The complicated problem of CO oxidation has been reviewed by Grewer and is discussed later in this series (Volume 17). Therefore questions pertaining to this subject are not considered here. 

Wastewaters at packing facilities result from the washing of explosives from shells. The wastewaters were discharged to storage lagoons where dissolved explosives were subject to photolytic and biotransformation reactions. The transformation products caused a pink discoloration of the water, thus the informal term "pink water" for such wastes. 

The NFPA 430 classification system, the fire hazard behavior of liquid and solid oxidizers that can increase the burning rate or cause spontaneous ignition of a combustible material. Also, the reactivity behavior of liquid and solid oxidizers includes those that can undergo a self-sustained decomposition or an explosive reaction. The definitions used to define liquid and solid oxidizer classes can be subject to interpretation. The NFPA 430 classification system is based on the Technical Committee s evaluation of available scientific and technical data, actual experience, and it s considered opinion. A listing of typical liquid and solid oxidizers by class can be found in the Appendix of NFPA 430. The oxidizers listed are assumed to be pure materials unless otherwise specified. 

In order to gain some insight into the chemical processes leading to initiation of detonation in solid explosives, recovery experiments have been carried out in which a solid CHNO explosive is subjected to subcritical-shocks and then analyzed for evidence of reaction [106, 107]. The results show that some chemical reaction has taken place, but the decomposition fragments have not yet been identified. Moreover, inorganic azides have not yet been studied in this manner. 

Unstable Subject to violent chemical changes at normal or elevated tempa atures. Potential violent explosive reaction may occur if exposed to wata-. 

Lack of identification of processes subject to explosive reactions... 

Reactivity, Reactive hazardous waste includes chemicals that are unstable, readily undergo a violent change, react violently with water, or are capable of detonation or an explosive reaction if subjected to a strong initiating source. A cyanide or sulfide bearing waste is also considered reactive, as are other wastes that have the potential to generates toxic gases, vapors, or fumes. 

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