PP-01 |
The synthesis and characterization of novel azo bridging furazan compounds
Y. Qu (China Academy of Engineering Physics, China) |
PP-02 |
A Study on the Acoustic Properties of Pyrotechnic Whistles
Y. Okuda (Ashikaga Institute of Technology, Japan) |
PP-03 |
FEM analysis of a transition joint using explosive welding
M. Otsuka (Asahi Kasei Chemicals Corp., Japan) |
PP-04 |
Luminous flames around ignited aluminum particles near burning surface of composite propellant - Effect of heterogeneous decomposed gas velocity
K. Takahashi (Nihon University, Japan) |
PP-05 |
Characterization of a Fe2O3/Metal (Al, Mg, MgAl and Ti)/polyoxymethylene thermite composition
Y. Sano (Kyushu Sangyo University, Japan) |
PP-06 |
Pressure rise mechanism of pyrotechnic substances
K. Ouchida (The University of Tokyo, Japan) |
PP-07 |
Solvent-free ADN-based Ionic Liquid Propellant
Y. Ide (The Graduate University for Advanced Studies, Japan) |
PP-08 |
Response of arcjet plasma source to variation in downstream pressure
H. Asakawa (University of Miyazaki, Japan) |
PP-09 |
Shock Hugoniot for unreacted high explosives by various Gruneisen functions
K. Nagayama (Kyushu University, Japan) |
PP-10 |
Interior ballistics simulation of underwater gun system considering cavitation effect
K. Asano (Keio University, Japan) |
PP-11 |
Analysis and prediction of initial state dependence for C-J state using unified EOS
S. Kubota (AIST, Japan) |
PP-12 |
Performance evaluation of N2O/DME bipropellant thruster in vacuum
T. Uraoka (University of Miyazaki, Japan) |
PP-13 |
Experimental study on an acceleration of a projectile using a gaseous detonation
S. Maeda (Saitama University, Japan) |
PP-14 |
A throttleable solid propellant thruster by laser heating
S. Onizuka (University of Miyazaki, Japan) |
PP-15 |
Interaction between shock wave and spherical flame in ethylene/air mixture and transition to detonation
T. Araki (Kyushu Institute of Technology, Japan) |
PP-16 |
Numerical simulation of thrust performance estimation on rotating detonation engine : The effects of nozzle on Isp
Y. Watanabe (Kyushu Institute of Technology, Japan) |
PP-17 |
Effect of nitration condition on the decomposition of sulfamate during nitration
Y. Sugie (Japan Carlit Co. Ltd., Japan) |
PP-18 |
Phenomena of the collision for metal plates accelerated by a powder gun
S. Uto (Sojo University, Japan) |
PP-19 |
Evaluation of underwater discharge in small water container used in shock processing
H. Hamashima (Kumamoto Industrial Research Institute, Japan) |
PP-20 |
Factor influencing solid solution formation of phase stabilized ammonium nitrate by comparison with rubidium nitrate
K. Shiota (Yokohama National University, Japan) |
PP-21 |
Thermal spray by pulsed detonations with liquid-purge method
R. Obayashi (Hiroshima University, Japan) |
PP-22 |
Comparison of measurements of self-reactive materials using various adiabatic calorimeters
Y. Sato (National Institute of Occupational Safety and Health, Japan) |
PP-23 |
Reduction of the air flow rate for pulse-detonation-turbine-engine operation by Water-droplet injection
W. Watanabe (Hiroshima University, Japan) |
PP-24 |
Large-scale synthesis of porous Co3O4 nanostructure and application in metastable intermolecular composites
J. Wang (China Academy of Engineering Physics, China) |
PP-25 |
Burning characteristics of some ammonium nitrate based mixtures with copper(II) oxide additive
S. Date (National Defense Academy, Japan) |
PP-26 |
Thermal behavior and decomposition kinetics of nitrocellulose/acid mixtures
K. Katoh (Fukuoka University, Japan) |
PP-27 |
The implicit-explicit hybrid integrator for CFD simulations using a small reaction mechanism under extremely stiff conditions
Y. Morii (JAXA, Japan) |
PP-28 |
Case studies of accidents of explosives with progress flow analysis (IX)
Y. Wada (AIST, Japan) |
PP-29 |
Numerical study on three-dimensional flow effect of auto-ignition caused by high pressure hydrogen jet in rectangular tube
A. Yokoyama (Aoyama Gakuin University, Japan) |
PP-30 |
Numerical study on detonation of ammonium nitrate and activated carbon mixtures in steel pipes
S. Kubota1 (AIST, Japan) |