EXP ENG 6212 Theory of High Explosives This is an advanced course that explores the physics and chemistry behind high explosive detonations. Participants will study in depth the practical theory behind explosives propert

Source URL: explosives.mst.edu

• Explosives engineering
• Explosives
• Combustion
• Detonation
• Explosive material
• Thermodynamics
• Shock wave

Experimental and Computational Study of Water Blast Mitigation Associated with Different Water Configurations Andrew J. Zakrajsek, Eric J. Miklaszewski, and Steven F. Son Purdue University, , sson@purd

Source URL: www.northeastern.edu

• Shock waves
• Aerodynamics
• Laboratory equipment
• Shock tube
• Blast wave
• Overpressure
• Water
• Detonation
• Operation Crossroads

D-TriboTM Nanodiamond-based Nanoengineered Oil Additive Detonation Nanodiamond (DND) Detonation nanodiamonds are

Source URL: 50.116.68.28

• Petroleum products
• Tribology
• Liquid fuels
• Motor oil
• Oils
• Detonation nanodiamond
• Lubricant
• Oil additive
• Gasoline
• Oil
• Friction

Validation of Detailed Reaction Mechanisms for Detonation Simulation E. Schultz, J. Shepherd Graduate Aeronautical Laboratories California Institute of Technology

Source URL: shepherd.caltech.edu

• Gaseous signaling molecules
• Combustion
• Commodity chemicals
• Monomers
• Explosives engineering
• Stoichiometry
• Airfuel ratio
• Ethylene
• Hydrogen
• Chemical reaction
• Detonation

CHRONOLOGICAL DEVELOPMENT OF AIR BURST Figure 2.51a. Chronological development of an air burst; 0.5 second after 20-kiloton detonation; 1.8 seconds after 1-megaton detonation. Immediately following the detonation of a n

Source URL: www.ciar.org

THREE-DIMENSIONAL PRINTING IS BLOWING UP. From the obvious—hand tools and chess pieces—to the less obvious—body parts and shelf-stable food—just about every item imaginable is being subjected to the two-step proc

Source URL: www.lanl.gov

• Explosives
• Insensitive munition
• Explosive material
• Shock sensitivity
• Sensitivity
• Trinitrotoluene
• Detonation
• Explosive train

Tangential Impulse Detonation Engine Ionut Porumbel, Ph.D. Aerodays 2015 – , London, UK

Source URL: www.aerodays2015.com

• Jet engines
• Combustor
• Brayton cycle
• Pulse detonation engine
• Internal combustion engine
• Gas turbine
• Turbine
• Airbreathing jet engine
• Turbojet

CINT 2015A Accepted Proposals Active Transport by Molecular Motors; Steve Granick, University of Illinois at Urbana Champaign: George Bachand Analysis of Detonation Soot for Carbon Composition Via Transmission Electron M

Source URL: cint.lanl.gov

• United States Department of Energy national laboratories
• Science and technology in the United States
• New Mexico
• Livermore
• California
• Lockheed Martin
• Sandia National Laboratories
• Terahertz radiation
• Los Alamos National Laboratory
• Sandia
• Los Alamos
• Appro
• Nanowire

Combustion, Explosion, and Shock Waves, Vol. 37, No. 2, pp. 206–213, 2001 Simulation of Convective Detonation Waves in a Porous Medium by the Lattice Gas Method A. P. Ershov,1 A. L. Kupershtokh,1 and D. A. Medvedev1

Source URL: ancient.hydro.nsc.ru

Detonation chemistry of a CHNO explosive: catalytic assembling of carbon nanotubes at low pressure and temperature state Yi Lu, Zhenping Zhu,* Weize Wu and Zhenyu Liu State Key Laboratory of Coal Conversion, Institute of

Source URL: zpzhu.sxicc.ac.cn