| 397 - 407 |
Reactive not Proactive: Explosive Identification Taggant History and Introduction of the Nuclear Barcode Taggant Model
Seman J, Giraldo CHC, Johnson CE |
| 408 - 412 |
The Detonation Properties Research on TKX-50 in High Explosives
Xing XL, Zhao SX, Wang XF, Zhang WP, Diao XQ, Fang W, Li WX |
| 413 - 422 |
Effect of Sodium Alginate on the Morphology and Properties of High Energy Insensitive Explosive TKX-50
Dong WB, Chen SS, Jin SH, Chen ML, Yan B, Chen Y |
| 423 - 428 |
Initiation and Overdriven Detonation of High Explosives Using Multipoint Initiation
Guo JF, Zeng QX, Qin GS, Li MY |
| 429 - 437 |
The Effect of HMX Impurity and Irganox Antioxidant on Thermal Decomposition Kinetics of RDX by TG/DSC Non-Isothermal Method
Sinapour H, Damiri S, Ravanbod M, Pouretedal HR |
| 438 - 446 |
Thermal Decomposition Enhancement of HMX by Bonding with TiO2 Nanoparticles
Zhu Q, Xiao C, Xie X, Zheng BH, Li SB, Luo G |
| 447 - 454 |
X-ray Phase Contrast Imaging of the Impact of a Single HMX Particle in a Polymeric Matrix
Kerschen NE, Sorensen CJ, Guo ZR, Mares JO, Fezzaa K, Sun T, Son SF, Chen WNW |
| 455 - 463 |
Sensitivity Prediction of Exploding Foil Initiator
Chen QC, Ma T, Li Y |
| 464 - 471 |
Hydroxide-Based Nanoenergetic Materials
Yolchinyan SA, Eads RW, Hobosyan MA, Martirosyan KS |
| 472 - 483 |
Non-Isothermal Solid Phase Diffusion in Activated Powder Mixtures. Thermal Regimes and Critical Conditions
Filimonov VY, Koshelev KB |
| 484 - 492 |
Vapor Pressure of Linear Nitrate Esters Determined by Transpiration Method in Combination with VO-GC/MS
Hartel MAC, Klapotke TM, Stierstorfer J, Zehetner L |
| 493 - 504 |
Numerical Simulation and Unsteady Combustion Model of AP/HTPB Propellant under Depressurization by Rotation
Ye ZW, Yu YG |
| 505 - 512 |
Barium Titanate: A Novel Perovskite Oxide Burning Rate Modifier for HTPB/AP/Al Based Composite Propellant Formulations
Jain S, Khire VH, Kandasubramanian B |
| 513 - 518 |
Oxidation of Catocene in AP/Catocene Mixture at Low Temperature
Jiang BZ, Wang TP |
