Editing Explosive (section)

===Volume of products of explosion===
The most widely used explosives are condensed liquids or solids converted to gaseous products by explosive chemical reactions and the energy released by those reactions. The gaseous products of complete reaction are typically [[carbon dioxide]], [[steam]], and [[nitrogen]].<ref name="z&k">{{cite book |title=Theory of Detonation |last1=Zel'dovich |first1=Yakov |author-link=Yakov Borisovich Zel'dovich |first2=Alexander Solomonovich |last2=Kompaneets |author-link2=Alexander Solomonovich Kompaneyets |publisher=Academic Press |year=1960|pages=208–210}}</ref> Gaseous volumes computed by the [[ideal gas law]] tend to be too large at high pressures characteristic of explosions.<ref>{{cite book |title=Chemical Process Principles |last1=Hougen |first1=Olaf A. |first2=Kenneth |last2=Watson |first3=Roland |last3=Ragatz |publisher=John Wiley & Sons |year=1954|pages=66–67}}</ref> Ultimate volume expansion may be estimated at three orders of magnitude, or one liter per gram of explosive. Explosives with an oxygen deficit will generate soot or gases like [[carbon monoxide]] and [[hydrogen]], which may react with surrounding materials such as atmospheric [[oxygen]].<ref name="z&k"/> Attempts to obtain more precise volume estimates must consider the possibility of such side reactions, condensation of steam, and aqueous solubility of gases like carbon dioxide.<ref>{{cite book |title=Chemical Calculations |last=Anderson |first=H.V. |publisher=McGraw-Hill |year=1955|page=206}}</ref>