| 7 - 7 |
Manfred Held, a life devoted to explosives science
Eisenreich N |
| 9 - 13 |
Small-Scale Safety Testing of Ammonium Nitrate and Mixtures
Preston DN, Brown GW, Sandstrom MM, Pollard CJ, Warner KF, Remmers DL, Phillips JJ, Shelley TJ, Reyes JA, Hsu PC, Reynolds JG |
| 14 - 19 |
Small-Scale Thermal Studies of Volatile Homemade Explosives
Sandstrom MM, Brown GW, Warner KF, Sorensen DN, Phillips JJ, Shelley TJ, Reyes JA, Hsu PC, Reynolds JG |
| 20 - 23 |
Synthesis of CL-20 by a Greener Method Using Nitroguanidine/HNO3
Bayat Y, Hajighasemali F |
| 24 - 34 |
Review on Greener and Safer Synthesis of Nitro Compounds
Badgujar DM, Talawar MB, Mahulikar PP |
| 35 - 52 |
Review on the Reactivity of 1,1-Diamino-2,2-dinitroethylene (FOX-7)
Zhang Y, Sun Q, Xu KZ, Song JR, Zhao FQ |
| 53 - 61 |
A Model for Explosive Reactive Armor Interaction with Shaped Charge Jet
Mickovic D, Jaramaz S, Elek P, Miloradovic N, Jaramaz D |
| 62 - 68 |
Theoretical Study of a Diesel-Filled Airtight Structure Unit Subjected to Shaped Charge Jet Impact
Gao ZY, Huang ZX, Guo M, Zu XD, Xiao QQ, Jia X |
| 69 - 75 |
Determination of the Velocity Difference between Jet Fragments for a Range of Copper Liners with Different Small Grain Sizes
Elshenawy T |
| 76 - 83 |
Influence of Drift Velocity and Distance Between Jet Particles on the Penetration Depth of Shaped Charges
Xiao QQ, Huang ZX, Zu XD, Jia X |
| 84 - 91 |
Effects of Aluminum Content on TNT Detonation and Aluminum Combustion using Electrical Conductivity Measurements
Zhou ZQ, Nie JX, Zeng L, Jin ZX, Jiao QJ |
| 92 - 97 |
Determination of the Initiating Capability of Detonators Containing TKX-50, MAD-X1, PETNC, DAAF, RDX, HMX or PETN as a Base Charge, by Underwater Explosion Test
Klapotke TM, Witkowski TG, Wilk Z, Hadzik J |
| 98 - 113 |
Thermal Stability Studies Comparing IMX-101 (Dinitroanisole/Nitroguanidine/NTO) to Analogous Formulations Containing Dinitrotoluene
Oxley JC, Smith JL, Donnelly MA, Colizza K, Rayome S |
| 114 - 119 |
Investigation of CL-20 and RDX Nanocomposites
Patel RB, Stepanov V, Swaszek S, Surapaneni A, Qiu HW |
| 120 - 125 |
Verification of the Explosive Quality of TH-5
Bobic N, Terzic S, Dimic M, Simic D, Nikolic J, Drmanic S |
| 126 - 135 |
Fabrication and Properties of Insensitive CNT/HMX Energetic Nanocomposites as Ignition Ingredients
Li HJ, Ren H, Jiao QJ, Du SJ, Yu L |
| 136 - 141 |
Burning Characteristics of Microcellular Combustible Ordnance Materials
Yang WT, Ying SJ |
| 142 - 147 |
Investigation of Nitramine-Based Amorphous Energetics
Stepanov V, Patel RB, Mudryy R, Qiu HW |
| 148 - 153 |
Emulation and Calculation of the Burning Surface of 3D Grains of Partially Cut Multi-Perforated Stick Propellant using the Level Set Method
Xiao ZG, He WD, Xu FM |
| 154 - 159 |
Progressive Burning Performance of Deterred Oblate Spherical Powders with Large Web Thickness
Xiao ZG, Ying SJ, Xu FM |
| 160 - 165 |
Quantifying Trace 2,4,6-Trinitrotoluene (TNT) in Polymer Microspheres
Brewer T, Staymates M, Fletcher R |
| 166 - 171 |
Sensitive Colorimetric Detection of Explosive 2,6-Bis(picrylamino)pyridine after Preconcentration by Dispersive Liquid-Liquid Microextraction
Larki A, Nasrabadi MR, Pourreza N |
| 173 - 178 |
A New Method for Determining the Vapor Pressure of Nitroglycerine Above Solid Rocket Propellants
Tunnell R, Tod D |
| 179 - 188 |
Combustion of Energetic Porous Silicon Composites Containing Different Oxidizers
Abraham A, Piekiel NW, Morris CJ, Dreizin EL |
