World Trade Center / WTC towers / Texas Christian University / Worcester Polytechnic Institute / /
IndustryTerm
metal / steel object / gas producing materials / chemical content / chemical change / electricity / red hot metal / required gas / linear pyrotechnic cutting device / molten metal / chemical oxidizers / steel beam / structural steel / diatomic gas / chemical engineering thermodynamics methods / steel cutting capabilities / chemical process / free metal / reaction products / steel column / reaction enhancing chemicals / attacked steel / incendiary devices / hot molten metal / molten metal flowing / internal gas pressure / hot gas / chemicals / steel structure / steel / energy / done using chemical engineering thermodynamics methods / /
Organization
Worcester Polytechnic Institute / Department of Defense / Texas Christian University / /
Person
Ronald R. Biederman / Richard Sisson / Jonathan Barnett / R. D. Sisson / Jr. / Jerry Lobdill June / Frank Legge / Fe / Dale Huckaby / Steven Jones / Richard D. Sisson / Jr. / John Gross / /
Some Physical Chemistry Aspects of Thermite, Thermate, IronAluminum-Rich Microspheres, the Eutectic, and the Iron-Sulfur System as Applied to the Demise of Three World Trade Center Buildings on[removed]