612 Thermophysics and Reactions in Energetic Materials

Wednesday, November 16, 2016: 3:15 PM - 5:45 PM
Bay View (Hotel Nikko San Francisco)
Description:
The focus of the session is on theoretical prediction and measurement of thermophysical properties of energetic materials. The properties of explosives and propellant compounds are important for manufacturing and packaging munitions and for predicting and managing and resulting environmental consequences of their use. We encourage you to sumit and abstract for presentation at the session.

Sponsor:
Energetics

Chair:
Edward Dreizin
Email: dreizin@njit.edu

Co-Chair:
Lori J. Groven
Email: lori.groven@sdsmt.edu


3:15 PM
Welcoming Remarks

3:20 PM
(612a) Effect of Heating Rate on Combustion of Nano-Composite Thermites Prepared By Arrested Reactive Milling
Ian Monk, Prithish Basak, Song Wang, Mirko Schoenitz and Edward Dreizin

3:37 PM
(612b) Tunable Aluminum and Liquid Fluorocarbon Pyrotechnics
Michael Huston, Stuart J. Barkley and Travis R. Sippel

3:54 PM
(612c) In-Situ Imaging of Particles during Rapid Thermite Deflagrations
Kyle Sullivan, Robert Reeves, John Densmore, Trevor Willey, Tony Van Buuren and Kamel Fezzaa

4:11 PM
(612d) Applying Pressure and Shear on Nitrogen-Rich Energetic Materials to Create Metamaterials
Farhad Forohar and Vasant Joshi

4:28 PM
Break

4:38 PM
(612e) Combustion Characteristics of Boron and Boron Based Composites in Different Flow Configurations
Song Wang, Mirko Schoenitz and Edward Dreizin

4:55 PM
(612f) Effect of Metal-Based Catalysts on Ignition and Combustion of Boron
Kerri-Lee A. Chintersingh, Mirko Schoenitz and Edward L. Dreizin

5:12 PM
(612g) Application of the Peng–Robinson Equation of State to Energetic Materials RDX and TNT: Pure Components, Liquid Mixtures, and Solid Mixtures
Philip C. Myint, Matthew A. McClelland and Albert L. Nichols III

5:29 PM
(612h) Determination of Enthalpy of Fusion of an Energetic Material, HMX, That Undergoes Simultaneous Fusion and Decomposition
Sanjoy Bhattacharia, Brandon L. Weeks and Chau-Chyun Chen
See more of this Group/Topical: Particle Technology Forum
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