|
Papers Published in the Proceedings of the
International Pyrotechnics Seminars Seminars 21 - 30 (Click on the Seminar number to jump to that location.) This page may take a minute to load completely. |
| 21 | Moscow, Russia | 1995 |
| 22 | Fort Collins, Colorado, USA | 1996 |
| 23 | Tsukuba, Japan | 1997 |
| 24 | Monterey, California, USA | 1998 |
| 25 | Brest, France | 1999 |
| 26 | Nanjing, Jiangsu, P.R.. China | 1999 |
| 27 | Grand Junction, Colorado, USA | 2000 |
| 28 | Adelaide, Australia | 2001 |
| 29 | Westminster, Colorado, USA | 2002 |
| 30 | Saint Malo, France | 2003 |
|
Back to Seminar List |
Seminars 1-10 |
Seminars 11-20 |
Seminars 21-30 |
Seminars 31-35 |
| # |
21st Seminar 1995
Moscow, Russia |
| -- | Plenary Lecture - Recent Advances in Two-Phase Hybrid Solid
Particles/Gas
Heterogeneous Detonation Tulis A J |
| 1 |
Modelling of heterogeneous solid system combustion by
the cellular automata method.
Aleshin V V and Frolov Yu V |
| 2 |
Electrostatic spark ignitability of energetic materials.
Amari S, Hosoya F, Mizushima Y and Yoshida T |
| 3 |
A modified model of decomposition of heterogeneous explosives
in hot spots behind the initiative shock wave.
Andreev S G, Usenkov L N, Imkhovik N A and Solovyov V S |
| 4 |
Initiation of powder explosive detonation by the products
of overcompressed detonation of an explosive gas mixture.
Andreev V V |
| 5 |
Explosive decomposition kinetics behind the shock front.
Belskii V M and Terskova L M |
| 6 |
Assessment and refinement of impact sensitiveness test
methods.
Biers R A, Nolan P F, Wharton R K and Mullenger D C |
| 7 |
Combustion synthesis of chromium diketonates.
Borisov A P, Makhaev V D, Aleshin V V and Petrova L A |
| 8 |
Determination of the safe lifetime of a plasticized
nitrocellulose.
Bohn M A and Volk F |
| 9 |
Numerical modelling of interballistic processes in heat
energy devices.
Brigadirov G V and Dunaev V A |
| 10 |
Surface damage under explosion and shock wave loading.
Buravova S N |
| 11 |
Development of an apparatus to assess the safety in
handling of initiating devices
Campbell S C, Nolan P F, Wharton R K and Train A W |
| 12 |
Combustion and spontaneous extinction of carbon particles
under laser radiation.
Chesnokov M N, Kalinchak V V, Mandel A V and Oriovskaya S G |
| 13 |
The development and assessment of pyrotechnic compositions
as sources for multi-spectral screening smokes.
Christofi J M B, Collins P J D and Edwards H |
| 14 |
Novel powder fuel for firework display rocket motors.
Cook B |
| 15 |
Novel powder fuel for display rocket motors.
Cook B |
| 16 |
Analytical modelling of auto-oscillation decomposition
of nitrocellulose and polyvinyl nitrate with water.
Dejun E V and Smirnov L P |
| 17 |
Analogy between a solid and visco-flowing explosives
initiation by impact.
Dubovik A V and Denisaev A A |
| 18 |
Study of the thermal stability of refractory explosives.
Falyakhov I F, Shamin G P, Safin N M, Saifullin I Sh and Fassakhov R Kh |
| 19 |
Types and stability of detonation flow in aluminium
dust suspended in oxygen.
Fedorov A V, Fomin V M and Khmel T A |
| 20 |
Pyrotechnics demilitarization, resource recovery and
re-use.
Garfinkle D R, Johnson D M, Schuman A and Schilling T J |
| 21 |
High temperature synthesis of wollastonite and possibilities
of its using in pyrotechnics.
Gladun V D and Bashaeva L A |
| 22 |
Experimental investigation of shock-induced chemical
reactions in heterogeneous energetic materials.
Gogulya M F and Brazhnikov M A |
| 23 |
Experimental and numerical investigation of penetration
of projectile with powder reactant mixture into the steel plate.
Goreisky V, Gryadunov A and Dobler E |
| 24 |
Computer simulation of behaviour of porous Ti C systems
under impact loading.
Goreisky V A and Zelepugin S A |
| 25 |
Protection of magnesium fuels from degradation: the
reactivity of the magnesium surface.
Griffiths T T, Affrossman S and McKinnell K |
| 26 |
The overheating in the surface layer during combustion
of melting energetic compounds.
Gusachenko L K and Zarko V E |
| 27 |
Comparison of thermal stabilities of azidomethyl gem-dinitromethyl
compounds and trinitromethyl compounds.
Yan Hong, Guan Xiao-Pei and Chen Bo-Ren |
| 28 |
Oxidation of aluminium particles in the products of
condensed explosives detonation.
Imkhovik N A and Solovjev V S |
| 29 |
A new method for estimation Qmax - supplement to Kamlet's
theory.
Jakubko J and Kaderabek V |
| 30 |
Thermal stability of some nitramines and polynitroarenes
determined by vacuum apparatus.
Kaderabek V |
| 31 |
Combustion hysteresis of carbon particles flow with
heat losses.
Kalinchak V V, Ganui I Kh and Orlovskaya S G |
| 32 |
Microcalorimetric study into the comparison of compatibility
tests (VST & HFC) on polymers and propellants.
De Klerk W, van der Meer N and Eeriigh R |
| 33 |
Non-unique solution of stationary viscous heated liquid
flow in cylindrical cooling channel.
Klevkov V I |
| 34 |
Quasi-equilibrium thermodynamic calculation of nonequilibrium
combustion products composition of pyrotechnic mixtures.
Klimov V L and Trusov B G |
| 35 |
Thermodynamical limits of quasiadiabatic self-propagating
processes.
Klyucharev V V |
| 36 |
Points of singularity in perchlorate - oxide systems.
Klyucharev V V |
| 37 |
Energetic pyrotechnics - New opportunities.
Kobyakov V P, Mal'stsev V M and Merzhanov A G |
| 38 |
Extinguish of hydrocarbon flames with aerosol generating
pyrotechnical compositions.
Korostelev V G |
| 39 |
Compression impulse in glass fibers.
Krasnotshekov Yu I, Zhukovsky O L and Gusev V V |
| 40 |
The study of different techniques for removing melted
explosives from missiles.
Kudinov V A, Kalashnikov V V, Gnedenko V V and Laptav N I |
| 41 |
Thermal ignition of single- and multi-layered explosive
compositions: critical conditions.
Kudinov V A, Kalashnikov V V, Laptev N I and Gnedenko V V |
| 42 |
Method and calculation program for automatic express
- test of physico-chemical and special properties of explosives.
Kumskov M I, Mitjushev D F, Ponomareva L A and Peshkova S E |
| 43 |
Thermal stability measurements and the optimisation
of the combustion parameters of match ignitors.
Lashkov V N, Potanina N V, Seleznev A A and Kolomytseva I N |
| 44 |
Testing new lova igniter compositions in the 40L/70
gun. Comparison with pre-pressurised closed vessel experiments.
Leenders J and Meulenbrugge J |
| 45 |
The possibility of using perchlorates of coordination
compounds as igniting materials.
Leontjev V G and Shestakova E K |
| 46 |
Problems of internal ballistics of the solid propellant
rocket motors with pyrotechnic ignition systems.
Lipanov A M, Lukin A N and Shaiyanskaya T A |
| 47 |
The self-association of nitroglycerine in liquid state.
Lurie B and Semkiv E |
| 48 |
Regularities of pulsed combustion of heterogeneous systems.
Madyakin F P |
| 49 |
Special enterprises for chemical conversion.
Madyakin F P, Sopin V F and Tikhonova N A |
| 50 |
Pyrotechnic mixtures for coloured lights.
Madyakin F P, Tikhonova N A, Safin N M and Tjutjunnik O F |
| 51 |
Combustion of the thermite systems on the base of natural
minerals.
Naiborodenko Yu S |
| 52 |
The ageing behaviour of explosives.
Nakamura H and Hara Y |
| 53 |
Thermal decomposition of new tetrazoles.
Nedel'ko V V, Korsunsky B L, Larikova T L and Rostchupkin V P |
| 54 |
Dependence of concentration detonation limits on the
molecular structure of liquid homogeneous explosives.
Nesterenko D A and Eremenko L T |
| 55 |
Estimation of thermodynamic stability conditions and
perspectives for synthesis of covalent carbon nitride.
Odintsov V and Pepekin V I |
| 56 |
Development of the new kind of propellants with governing
combustion process.
Okhrimenko E F, Ibragimov N G, Kozjakov A V and Vshivkova V I |
| 57 |
Novel approach to investigation of condensed system
combustion and detonation.
Pivkin N M |
| 58 |
Combustion wave generated titanium powder as a precursor
for reaction bonded titanium nitride ceramics.
Pivkina A N, van der Put P, Frolov Yu and Schoonman J |
| 59 |
Pressure measurements of impurity gas at the combustion
wave front of Ti-C mixtures.
Ponomarjev M A, Sapronov Yu A and Shteinberg A S |
| 60 |
Intermolecular interaction of nitramines.
Pjatakov N F, Shlyapochnikov V A, Cherskaya N O and Vjyunova I B |
| 61 |
Combustion of solid rocket propellants at reduced pressure
in a semi-closed volume.
Romanov O Ya and Safonov B I |
| 62 |
Measurement of the mechanical properties of explosives
by a standard cylinder fragmentation test.
Shkalyabin I O, Odintsov V A, Kolganov E V and Smirnov S P |
| 63 |
The influence of mechanical effects on the adiabatic
initiation period of condensed explosives.
Shiensky O F and Vainshtein V F |
| 64 |
Combustion characteristics of the regional composite
propellant.
Ruiqi Shen, Sulin Chen, Hongchang Song and Baochang Zhao |
| 65 |
Thermodynamic peculiarities ballistic mount processes
with continuous supply of liquid.
Skorobogatsky V N |
| 66 |
On the calculation of the explosive transformation of
mixtures with a high content of an inorganic oxidiser.
Smirnov A S, Pepekin V I, Kolganov E V and Ilyukhin V S |
| 67 |
The influence of the chemical structure of the explosive
on the formation of ultra-fine diamonds.
Smirnov A S, Kolganov E V, Mikhailyukova A I, Timin K I and Smirnov P S |
| 68 |
The effect of the removal of gas-phase decomposition
products on the kinetics of the thermal decomposition of nitrocellulose.
Smirnov L P, Leksina L N, Rogov Yu N and Volkov G A |
| 69 |
Regimes of combustion of porous condensed propellants.
Smirnov N N and Dimitrenko I D |
| 70 |
Time resolved FTIR spectroscopy of silicon based pyrotechnics.
Smit K J, de Yong L V and Gray R |
| 71 |
Development of the computer chemistry methods to modeling
of decomposition reactions for energetic materials.
Sokerina E V, Lushnikov D E, Pivina T S, Porollo A A and Ivshin V P |
| 72 |
Fire protective clothing for the pyrotechnics manufacturing
industry - the role of instrumented manikin testing.
Sorensen N I |
| 73 |
Pyrotechnical nitrogen generators.
Sorokin V P, Levakov E V and Kotchemasov V G |
| 74 |
The influence of experimental conditions on the decomposition
of nitrocompounds.
Stolyarov P N and Laptenkov B K |
| 75 |
Some safety considerations in relation to firework displays.
Train A W, Myatt S G and Wharton R K |
| 76 |
Investigation by statistical techniques of the combustion
of solid rocket propellants.
Trofimenko M Yu |
| 77 |
Calculation of the equilibrium temperature at the Hugoniot
of condensed explosives without Gruneisen parameters and o-isotherm.
Trofimov V S and Trofimov O V |
| 78 |
A rationale for new kinetics and detonation theories
and a key to structural bond energy release (SHER).
Walker F E |
| 79 |
Measurement of the size, duration and thermal output
of fireballs produced by a range of pyrotechnics.
Wharton R K, Harding J A, Barratt A J and Merrifield R |
| 80 |
On reactions of TNT in a basic medium.
Zbarsky V L, Yudin N V and Ivchenko A N |
| 81 |
On the physical thermal stability of some cyclic nitramines.
Zaman S |
| 82 |
Thermal decomposition properties of nonenergetic binder/RDX/HNS
energetic system.
Zhao Baochang, Li Li, Wang Xiaoling, Ma Yixuan and Shen Ruiqi |
| 83 |
The technology of the synthesis of refractory materials
by an autonomous combustion regime.
Zhigarev V D, Sukhoverkhov V F, Makhonin N S and Lozechnikov E B |
| 84 |
The sensitivity of solid explosives to shockwaves with
decreasing pressure profiles
Zhuchenko V S and Shikunov N V |
| 85 |
Principles and applications of power MHD generators.
Zhukov B P |
| 86 |
Demilitarisation of ammunition.
Ziganshin R Z, Zelunitsyn Yu P, Ivanov A V and Drachev S V |
| 87 |
Destruction of armoured technical equipment.
Ivanov A V, Zhelunitsin Yu P, Ziganshin R Z and Drachev S V |
| 88 |
Pyrotechnic aerosol-generating compositions and devices
for the suppression of fires.
Silin N A, Emeljyanov V N, Sidorov A I and Varenykh N M |
| 89 |
An elementary cell heat process model for a pyrotechnic
electric current generator.
Emeljyanov V N, Koledinskii G M, Prosyanyuk V V and Suvorov I S |
| 90 |
Microwave technique to increase the accuracy of instantaneous
burning rate.
Knyazin Yu P, Koledinskaya O M, Koledinskii G M and Sarabjev V I |
| 91 |
Perspectives in the use of thermite compositions.
Emeljyanov V N and Vagonov S N |
| 92 |
Low-toxicity hard-thrown smoke screening grenades to
meet the united kingdom future operational and training needs.
Johnston M |
| # |
22nd Seminar 1996
Fort Collins, Colorado, USA |
| 1 |
Development of a new polymer bonded igniter pyrotechnic
composition.
Akhavan J |
| 2 |
A study on thermal decomposition of tetrazoles by MO
calculations.
Akutsu Y, Ohno Y, Tamura M and Matsunaga T |
| 3 |
Underwater explosion test of Al/KClO3 pyrotechnic compositions.
Aochi T, Miyake A and Ogawa T |
| 4 |
Analyses of deflagration products of tetrazole and tetrazole
salt compositions with oxidiser.
Arai M, Ichikawa K and Tamura M |
| 5 |
Theoretical modelling of conformational polymorphism
in HNIW (CL-20).
Arnautova E A, Pivina T S and Dzyabchenko A V |
| 6 |
A low ignition energy, SCB, thermite igniter.
Bickes R W, Grubelich M C, Wackerbarth D E and Mohler J H |
| 7 |
Value added products from reclamation of military munitions.
Burch D, Johnson M and Sims K |
| 8 |
MTV ignition composition accelerated ageing study.
Chin A, Ellison D S, Hubble B R and Lateulere M |
| 9 |
Microcalorimetric analysis of Mg and MTV compositions
using adsorbtion/desorbtion technique.
Chin A, Ellison D S, Hubble W R and Shortridge R G |
| 10 |
Ageing studies of yellow clover safety fuze.
Clark F A, Cardell A E and Griffiths T T |
| 11 |
The initiation of accumulated explosive powder mixtures
by detonating dispersed explosive clouds I. Detonability limits for
the accumulated explosives.
Comeyne W, Austing J L, Tulis A J, Dihu R J and Baker D E |
| 12 |
The initiation of accumulated explosive powder mixtures
by detonating dispersed explosive clouds II. Acquisition and analysis
of the cloud detonation data.
Baker D E, Dihu R J and Comeyne W |
| 13 |
Effect of chromate oxidisers on Si/KClO4 pyrotechnic
system.
Deshpande S L, Sarawadekar R G and Durgapal U C |
| 14 |
Ultraviolet, visible and infrared ignition or pyrotechnic
compositions.
de Yong L and Lui F |
| 15 |
Studies on lead ferrocyanide - potassium chlorate pyrotechnic
systems.
Durgapal U C and Gawande N M |
| 16 |
Energetic potentials of polynitrocubanes (an analytical
prediction).
Eremenko L T and Nesterenko D A |
| 17 |
Correlations between screening test results of energetic
materials.
Hasegawa T, Kawashima E, Satoh K and Yoshida T |
| 18 |
Initiation of some secondary explosives by microwave
discharge.
Hasue K, Nakasha K, Tokomaru K and Nikawa Y |
| 19 |
An optimisation study of propellant grains for base
bleed applications.
Hwang J S and Kim C K |
| 20 |
Using thermal analysis for pyrotechnic reliability predictions.
Johnson D C |
| 21 |
Thermal parameters of the critical section of cellulose
smoldering wave.
Kashporov L Ya, Sheludyak Yu E, Barinov A V and Obeziaev N V |
| 22 |
Combustion aspects of the consolidated mixtures of boron
and potassium nitrate at cryogenic temperatures.
Kawabata H, Hasue K and Iwama A |
| 23 |
The temperature analyses of laser welding of stainless
foil to seal explosive components.
Ko H J, Kim C S and Park B Y |
| 24 |
Comparison of hexachloroethane smoke with three alternative
smokes. Toxicity and performance measurements.
Leenders J, van Driel C and Busker R |
| 25 |
Development of a pyrotechnic propellant for a cool gas
generator.
Lefabvre M H, Vanneste L, Bechet F and Levy E |
| 26 |
The kinetics of detonation of ammonium perchlorate.
Leiper G A and Cooper J |
| 27 |
The kinetics of detonation of TNT.
Cooper J and Leiper G A |
| 28 |
Product improvement of countermeasure training round.
Lohkamp C W, LaGrange D E and Deckard D D |
| 29 |
Evaluation of sensitivities for tetrazole - oxidizer
compositions.
Matsuzawa T, Itoh M, Arai M and Tamura M |
| 30 |
Isothermal stability test of firework mixtures.
Miyake A, Aochi T, Oshino N and Ogawa T |
| 31 |
The surface combustion of delay powder.
Nakamura H, Akiyoshi M and Hara Y |
| 32 |
Poly(vinyl dinitrophenyl acetate). A potential energetic
binder.
Rees G J |
| 33 |
Two stage pyrotechnic flyer disk initiator.
Ribeiro J, Campos J and Mendes R |
| 34 |
Prospects for using CO2/metal propellants in Mars missions.
Shafirovich E Ya and Goldshleger U I |
| 35 |
Furazan derivatives: high energetic materials from diaminofurazan.
Sheremetev A B, Kulagina V O, Batog L V, Lebedev O V, Yudin I L, Pivina T S, Andrianov V G and Starchenkov I B |
| 36 |
Thermal characterisation of PSAN/DNAM/HTPB propellant
composition.
Simoes P, Carvalheira P, Duraes L, Portugal A and Campos J |
| 37 |
The detonation of solutions of TNT in chlorine trifluoride
I. Computation of the shock Hugoniots of the constituent elements.
Walker F E and Austing J L |
| 38 |
The detonation of solutions of TNT in chlorine trifluoride
II. Computation of the detonation velocity.
Austing J L and Walker F E |
| 39 |
Some aspects of the synthesis and properties of polynitro
cage compounds.
Yong-Zhong Yu, Xaio-Pei Guan, Fu-Bo Chen, Bao-Ru Duan and Jian-Guang Sun |
| 40 |
On thermochemical characteristics of AP/NSAN/HTPB composite
propellants.
Araujo L and Frota O |
| 41 |
A study of the pyrotechnic performance of the silicon
- bismuth oxide system.
Brammer A J, Charsley E L, Griffiths T T, Rooney J J and Warrington S B |
| 42 |
Energetic material containment chamber design and development.
Broxton A E and Wilson J E |
| 43 |
Factors affecting the radiometric output of infrared
flares.
Davies N and Holley D A |
| 44 |
Chromate replacement in a delay composition.
Dillehay D R, Broad R and Chen G |
| 45 |
Pyrotechnic whistle performance variations.
Domanico J A, Tracy G V and Gerber M N |
| 46 |
Thermal decomposition of energetic materials using Thor
code.
Duraes L, Campos J and Portugal A |
| 47 |
The electrostatic discharge sensitivity of HMX in the
confined state.
Fronabarger J W |
| 48 |
On chemical kinetics of the ignition delay of AP/NSAN/inert
binder composite propellants.
Frota O and Araujo L |
| 49 |
Demilitarisation and resource recovery of photoflash
cartridge materiel.
Johnson D M, Garfinkle D R, Cain A W, Winter R J and Good M R |
| 50 |
Accelerated ageing of pyrotechnics. 16mm Signal Cartridge
- red.
Manton G, Griffiths T T and Barnes P |
| 51 |
Accelerated ageing of pyrotechnics. 16mm Signal Cartridge
- white.
Manton G, Griffiths T T, Starling J A and Barnes P |
| 52 |
Accelerated ageing of pyrotechnics. 16mm Signal Cartridge
- green.
Manton G, Griffiths T T, Starling J A and Barnes P |
| 53 |
Development of a fully qualified detonator for the Titan
IV launch vehicle.
Munger A C, Tibbitts E E, Neyer B T, Thomes J A, Knick D R and Demana T A |
| 54 |
An international comparison of the techniques used to
examine the ageing of pyrotechnic ingredients and compositions.
Barnes P, Cardell A E, Hubble B R and de Yong L |
| 55 |
Infrared spectroscopy of energetic substances.
Chukanov N V and Korsounski B L |
| 56 |
Recent activities in the development of explosive BNCP.
Fronabarger J W, Sanborn W B and Massis T |
| 57 |
Momentum transfer in indirect explosive drive.
Kennedy J E, Cherry C R, Cherry C R Jr, Warnes R H and Fischer S H |
| 58 |
Modelling the exploding metal foil.
Mendes R, Campos J, Ribeiro J, Prinse W C, van Rooijen M P and van der Steen A C |
| 59 |
Development of high-efficiency energetic explosives.
Pepekin V I |
| 60 |
Phenomenology and modelling of energy release wave during
heterogeneous condensed systems combustion.
Pivkina A N, Frolov Yu V and Alyeshin V V |
| 61 |
Controlled infrared output for IRCM applications.
Ase P and Snelson A |
| 62 |
Reaction products of nitrocellulose and nitramine containing
propellants.
Volk F |
| 63 |
Self ignition of pyrotechnic materials and its preventative
measures.
Hao Jianchun |
| 64 |
The DREV infrared Fourier transform spectrometer system.
Smithson T, Roney P, Robitaille N, Perreault A, Boley G, Cardinal M, Villemaire A, Fortin S and Giroux J |
| 65 |
Establishment of stable detonation propagation in a
detonation tube.
Pape R, Tulis A J, Gidaspow D and Comeyne W |
| 66 |
Solventless processing of MTV pyrotechnics.
Lateulere M |
| 67 |
High elongation elastomers.
Reed R, Brady V L, Merwin L and Nissan R |
| 68 |
Electrostatic hazards of explosive, propellant and pyrotechnic
powders.
Dahn C J, Reyes B, Kashani A and Finkelshtein J |
| 69 |
Analytical and experimental aspects in heterogeneous
detonation of hybrid energetic powders.
Dihu R J, Tulis A J, Sumida W K, Heberlein D C and Comeyne W |
| 70 |
Chemical neutralisation of explosives as a viable option
in humanitarian demining operations.
Heberlein D C, Briggs B D and Patel D L |
| # |
23th Seminar 1997
Tsukuba, Japan |
| 1 |
The status of the GAP program at 3M
Aiello P F and Kosowski B M |
| 2 |
The thermal behavior of the carbohydrazide complexes
of certain metals.
Akiyoshi M, Hirata N, Nakamura H and Hara Y |
| 3 |
A study on thermal decomposition of energetic materials
by MO and chemical kinetic calculations.
Akutsu Y and Tamura M |
| 4 |
Evaluation of the explosion strength of Al/KClO3 firework
compositions.
Aochi T, Miyake A, Ogawa T, Matsunaga T, Nakayama Y and Iida M |
| 5 |
A study on the reactions of raw materials and compositions
with water.
Aoki K, Weixin Gu, Fang Li, Itoh M, Arai M and Tamura M |
| 6 |
Development of the electrical explosive device with
printed film resistor.
Arai E and Watanabe M |
| 7 |
Some properties of triazoles and their compositions
as candidates for new gas generating agent of the air bag system.
Arai M, Tsukahara T, Ueda Y, Ichikawa K and Tamura M |
| 8 |
Parametric evaluation of a hypergolic chemical system
for in situ neutralisation of landmines.
Austing J L, Tulis A J, Brzycki D E, Patel D L, Briggs B D and Heberlein D C |
| 9 |
Synthesis and properties of high energy density material
(HNIW)
Bazaki H, Kawabe S, Miya H and Kodama T |
| 10 |
Commercialisation of a laser ignited actuator.
Benner D E, Haas D J, Massey R J, Neyer B T and Munger A C |
| 11 |
A specific method for detection and quantitation of
nitrate esters in environmental samples.
Bladek J, Rostokowski A and Miszczak M |
| 12 |
Regioselective nitration of toluene on the surface of
modified zeolite.
Chun Cai and Chunxu Lu |
| 13 |
The characterisation of acrylate/styrene binders for
pressable explosives.
Young Gu Cheun, Keun Derk Lee, Hyoun Soo Kim and Dong Il Kang |
| 14 |
Studies on nickel - potassium perchlorate - HTPB based
pyrotechnic compositions.
Daniel R and Singh H |
| 15 |
The effects of binders on the behaviour of pyrotechnic
whistle compositions;
Domanico J A and Gerber M |
| 16 |
Pyrotechnical fire extinguisher.
Farahni F, Lofti I, Dadash Nejad M and Saberi A |
| 17 |
Experimental investigation on thermal explosion of energetic
materials.
Changgen Feng, Guangbin He, Liqiong Wang, Jianguo Gong and Shijin Cu |
| 18 |
Computer simulation as a tool for the development of
a tracer unit for medium calibre arrow ammunition (APFSDS-T)
Friis E K, ?degardstuen C, Hasslid J G and Moxnes J F |
| 19 |
Combustion of heterogeneous condensed systems.
Frolov Yu |
| 20 |
A new group of energetic materials - azidonitrates.
Shaojun Guo, Songqun Su, Guoshu He, Lijie Zhang and Feng Wang |
| 21 |
Thermal hazard evaluation of asphalt-salt mixtures.
Hasegawa T, Jianlin Chen, Uchida H, Kimura A, Kataoka T and Yoshida T |
| 22 |
Combustion aspects of 5-amino-1H-tetrazole and some
oxidisers.
Hasue K, Akanuma T and Hodai H |
| 23 |
Combustion aspects of boron and some oxidisers at cryogenic
temperatures.
Hasue K and Tamura H |
| 24 |
Properties of 2-oxy-4,6-dinitramine-s-triazine (DNAM).
Hatano H, Hasegawa T and Yoshida T |
| 25 |
New chemical stability test of nitrocellulose and gun
propellants with NOx chemical sensor using copper phthalocyanine film.
Hayashi H, Kimura J and Morita J |
| 26 |
Training smokes evaluation program.
Hemmila M O, Hihkio M K, Harkoma M J and Hagfors M K |
| 27 |
Behaviour of Al/Al2O3 particles in solid rocket motor.
Hori K, Kohno M, Shimoda M, Yamaya T, Hasegawa K and Kanno Yuichi |
| 28 |
A preliminary study of Nanocat superfine iron oxide
- a superior burning rate catalyst.
Koskowski B M and Rudy T |
| 29 |
Study on the dynamical property of single base propellant.
Quiang Huang, Tingjin Lu and Yijun Liu |
| 30 |
A new binder ingredient for pyrotechnics and explosives.
Hunter R W and Kosowski B M |
| 31 |
Optimisation of an ignition system for the inflator
of submunition dispersion system.
Hwang J S, Kim C K, Ko H J and Kim C S |
| 32 |
Influence of black powder characteristics on ignition
of granular propellant charges.
Jaramaz S, Mickovic D, Milinovic M and Askovic P |
| 33 |
Compatibility of red phosphorus mixture with ABS plastic
coating.
Wu0Da Jiao and Yao-Kun Zhang |
| 34 |
Thermoanalytical characterisation of B/CaCrO4 ignition
composition doped with Viton.
Kalontarov L and Borkowski J |
| 35 |
Burning rate characteristics of GAP propellants.
Kobayashi K and Kato Kazushige |
|
|
Thermal behaviour of the mixtures of metal oxide and
magnalium.
Koga M, Miyahara A, Matsumoto M, Miyano K and Yoshinaga S |
| 36 |
A preliminary study on recrystallisation of NTO.
Kee-Khab Koo, Ho-Yean Lee, Kwang-Joo Kim, Gio-Bin Lim, Sang-Yun Lee, Won-Bok Jeong, Sun-Hwan Kim, Hyuon-Soo Kim and Bang-Sam Park |
| 37 |
The Japanese Farmers skyrocket "Ryusei".
Kubozono A |
| 38 |
Study of the ignition sensitivity by electrostatic discharges
for powdered materials on the basis of analysis of discharge sound.
Kuroda E and Nagaishi T |
|
|
Development of inflator simulation program and some
applications.
Kuroiwa A, Yoshikawa E and Kitao S |
| 39 |
Ageing of MTV pellets: geometry change, influence of
temperature and humidity.
Leenders J and van Driel C A |
| 40 |
Detonation with spherical sources - M: on the so-called
non-ideal behaviour of explosives.
Leiber C-O |
| 41 |
Study on combustion stability of nitramine propellant.
Li Li, Baochang Zhao, Dong Yang and Xinrui Li |
| 42 |
Derivation of an activation energy from the temperature/time
record of thermal ignition.
Liu X and Hasegawa K |
| 43 |
The detonation risk evaluation of some hydrocarbon fuel-air
mixtures - the studies on the critical initiation energy.
Ronghai Liu, Lizhong Yang, Wanghua Chen, Chungyun Zhang and Zhengcai Zhang |
| 44 |
Research on expanding mechanism of ammonium nitrate.
Chunxu Lu, ZuLiang Lui and Zhiwen Ye |
| 45 |
Kinetics and mechanism of the polyvinyl nitrate thermal
decomposition.
Lurie B and Svetlov B |
| 46 |
On some problems of the explosives hardening of steel.
Maranda A, Nowaczewski J, Trzcinski W A, Wierzchon T and Rudnicki J |
| 47 |
On some problems of the detonation of non-ideal explosives
containing powdered aluminium.
Maranda A, Trzcinski W A, Cudzilo S and Nowaczewski J |
| 48 |
Rocket development for space science in Japan.
Matogawa Y |
| 49 |
Explosive characteristics of report charges.
Matsunaga T, Iida M, Aochi T, Miyake A, Ogawa T, Hatanaka S and Miyahara A |
| 50 |
Spontaneous ignition behaviour of pyrotechnic compositions.
Miyake A, Aochi T, Ogawa T, IIda M, Matsunaga T and Hatanaka S |
| 51 |
Measurement of underwater shock by fluoropolymer sensor.
Murata, K, Takahashi K, Kato Y |
| 52 |
History of Japanese fireworks.
Mutoh T |
| 53 |
Ignition sensitivities by electrostatic discharges for
powdered Mg/oxidant mixtures.
Nagaishi T and Kuroda E |
| 54 |
The thermal behaviour of nitrocellulose in mixed acids.
Nakamura H, Akiyoshi M and Hara Y |
| 55 |
Explosion accident of rectivation tower caused by an
organic peroxide.
Nakamura M, Tano T, Hasegawa K and Yoshida T |
| 56 |
Underwater explosion characteristics of aluminium/potassium
chlorate fireworks mixtures.
Nakayama Y, Matsumura T, Matsunaga T, Iida M and Yoshida M |
| 57 |
The use of Mavis II to investigate the modelling and
analysis of explosive valve interactions.
Ng R and Kwon D M |
| 58 |
Modified process of consolidated propellants.
Oda M, Serizawa C and Kubota K |
| 59 |
Sheet metal forming of superplastic alloys by gas generants.
Ohsawa H |
| 60 |
Wind tunnel experiments on base bleed pyrotechnic composition
reducing drag characters.
Gongpei Pan, Xue Wang and Yi Li |
| 61 |
Initiation pressures of detonators from shock waves.
Jinhua Peng, Weihua Zhu, Wanghua Chen, Ronghai Liu and Chunyun Zhang |
| 62 |
Non-azide propellant for airbag inflators.
Perotto C, Duvacquier D and Marsaud B |
| 63 |
Fading out the pressure peak from underwater explosion
by air bubbles screen.
Petralia S, Cerretti G, Brandimarte G, Bacci A and Laudazi V |
| 64 |
Relationships between results of high temperature stability
tests and chemical composition of spherical propellant.
Petrzilek J |
| 65 |
Computer-aided design of decomposition reactions for
energetic substances (nitroesters).
Pivina T S, Lushnikov D E, Porollo A A and Ivshin V P |
| 66 |
Combustion front geometry of heterogeneous condensed
systems: experiment and computer modelling.
Pivkina A, Frolov Yu, Aleshin V and Vinokurov A |
| 67 |
Effect of copper based ballistic modifiers on the reactions
of propellant stabilisers with solid propellant decomposition products
NO2, HNO2 and HNO3.
Sammour M H |
| 68 |
Disposal of wastewater containing trinitrotoluene and
TiO2 photocatalyst under UV radiation.
Sano Y, Matsumoto M, Yoshinaga S and Nagaishi T |
| 69 |
A modified approach to the development of an improved
handgun system.
Savitt J |
| 70 |
Liquid nitrogen and water jet milling of energetic material
production wastes.
Schneider R L and Donahue B A |
| 71 |
Acoustic detection of fast chemical reaction.
Ruiqi Shen, Yinghua Ye, Yuan W and Shuyi Zhang |
| 72 |
High nitrogen furazan derivatives for gas generators.
Sheremetev A B, Yudin I L, Aleksandrova N S, Andrianov V G and Starchenov I B |
| 73 |
Sulphurless black powder.
Shimizu T |
| 74 |
Prediction of shelf life of magnesium - sodium nitrate
based fuel rich propellant.
Singh H and Rao R B |
| 75 |
Factors affecting the performance of infrared screening
smokes.
Singh A, Joshi S A, Kamale P J and Singh H |
| 76 |
Large scale thermal sensitivity results of a melt castable
general purpose insensitive high explosive.
Sumrall T S |
| 77 |
Sub-scale ingredient screening to predict burn rate
and performance of an insensitive aluminised general purpose explosive.
Sumrall T S |
| 78 |
Development of the remote controlled blasting system
for tunnel construction.
Suzaki S, Kawamura M, Hirosaki Y and Kato Y |
| 79 |
Changes of kinetic parameters of homogeneous propellants
after thermal treatment.
Szymanowski J, Miszczac M and Milewski E |
| 80 |
Medical applications of underwater shock waves.
Takayama K and Kodama T |
| 81 |
Concept of a clean gas generator for deploying airbags.
Tamura T and Akira I |
| 82 |
An application of nozzleless rocket motor to oscillatory
combustion analyser.
Tanaka M and Nakaji K |
| 83 |
Explosion hazards in explosive and chemical industries.
Ming Jun Tang, Baker Q and Guo-Shun Zhang |
| 84 |
Reaction products of conventional and nitramine containing
propellants.
Volk F and Bathelt H |
| 85 |
Experimental study on characteristics of B-KNO3 initiated
by shock impact.
Liqiong Wang, Changgen Feng and Changsheng Han |
| 86 |
History and current status of model rocketry in Japan.
Yamada M |
| 87 |
Modelling for nitroguanidine gun propellant burning
characteristics.
Dong Yang, Baochang Zhao, Hongchang Song, Xinrui Li and Li Li |
| 88 |
Investigation and application of anticaking agent for
ammonium nitrate
Haiquan Yin, Zhensheng Du, Guoliang Wang, Guihong Gong, Shijun Fan, Linpeng Zhang, Ran Yu and Yingjie Lei |
| 89 |
Studies on the mechanism of synthesising keto-RDX in
direct preparation methods.
Yuejun Zhang |
| 90 |
Mannich condensation reactivity of DPT nitrolysis fragments.
Yiejun Zhang, Weilian Zhou and Jinquan Wen |
| # |
24th Seminar 1998
Monterey, California, USA |
| 1 |
Challenges of hybrid rocket propulsion at the turn of
the millenium.
Kuo K K |
| 2 |
In situ hypergolic chemical neutralisation of buried
landmines.
Austing J L, Tulis A J, Brzycki D E, Patel D L, Briggs B D and Heberlein |
| 3 |
Review of a workshop on the application of microcalorimetry
to study energetic materials.
Barnes P, Cardell A E and Griffiths T T |
| 4 |
Conclusions and outcomes from an international collaborative
study into the ageing of pyrotechnics.
Barnes P, Cardell A E Hubble B R and de Yong L |
| 5 |
Emission spectra computation for pyrotechnic applications.
Boulanger R, Souil J M, Gillard P, Roux M and Espagnacq A |
| 6 |
Gap tests: comparison between UN gap test and card gap
test.
Branka R and Michot C |
| 7 |
HTX: A new explosive formulation for oil-well perforating.
Brooks J E and Voreck W |
| 8 |
Recovery/reuse of energetics from military munitions.
Burch D, Griggs J, Johnson M and Sims K |
| 9 |
Investigation on nitrating agent consisted of metallic
nitrates and acetic anhydride.
Cai Chun and Lu Chunxu |
| 10 |
Further ageing studies of Yellow Clover safety fuze.
Cardell A E, Griffiths T T and Strudley P |
| 11 |
The characterisation of pyrotechnic systems using thermal
methods.
Charsley E L, Griffiths T T and Berger B |
| 12 |
An evaluation of the role of modulated differential
scanning calorimetry in the study of pyrotechnic systems.
Charsley E L, Rooney J J, Walker H A, Griffiths T T, Vine T A and Berger B |
| 13 |
The utility of 3,6-dihydrazino-1,2,4,5-tetrazine (DHT)
in indoor fireworks.
Chavez D E, Hiskey M A and Naud D L |
| 14 |
Interpretation of chemical oscillation phenomenon in
20mm gun propellant aging process safety service life study using
microcalorimetry.
Chin A, Ellison D S, Wilson J A and Broxton A |
| 15 |
Smokes and obscurants characterisation in the United
Kingdom.
Collins P J D |
| 16 |
Performance characterisation of low toxicity smoke screening
pyrotechnic composition.
Collins P J D, Welford I, Wiffen L and Fletcher W |
| 17 |
Chemical formulation of solid propellant for specific
gas generators.
Engelen K, Lafevre M H and De Ruyck J |
| 18 |
The improved method for preparing bis(2-fluoro-2,2-dinitroethyl)-difluoroformal
(DFF) and its physical and explosive properties.
Eremenko L T, Oreshko G V, Fadeev M A and Garanin V A |
| 19 |
The influence of the angle of convex corner on the corner
effect of detonation waves.
Feng Changgen and Li Shengcai |
| 20 |
Theoretical energy release of thermites, intermetallics
and combustible metals.
Fischer S H and Grubelich M C |
| 21 |
Some phenominological aspects of the heterogeneous condensed
systems combustion.
Frolov Yu |
| 22 |
Predictions of pure liquid shock Hugoniots.
Hobbs M L and Baer M R |
| 23 |
Thermoanalytical characterization of isopropyl nitrate.
Jones D E G, Feng H T, Augsten R A and Fouchard R C |
| 24 |
Boron potassium nitrate (BKNO3) aging study.
Lai K S |
| 25 |
Ageing of magnesium; influence of particle size and
particle shape.
Leenders J and van Driel C A |
| 26 |
Possibility of metal smoke screen in spacecraft protection
against IR guided missile.
Li Yi and Pan Gongpei |
| 27 |
Research on the cap sensitivity of expanded ammonium
nitrate.
L Chinxu, Lu Ming, Liu Zuliang and Ye Zewen |
| 28 |
Study on the thermal stability of expanded ammonium
nitrate.
Lu Ming, L Chinxu, Liu Zuliang and Chen Tianyung |
| 29 |
Electric modeling of semiconductor bridge (SCB) BNCP
detonators with electrochemical capacitor firing sets.
Marx K D, Ingersoll D and Bickes R W |
| 30 |
Influence of physical properties of ammonium nitrate
on the detonation velocities of ANFO.
Miyake A and Ogawa T |
| 31 |
Smoke on the horizon.
Broxton G |
| 32 |
Explosive behaviour of KClO4/charcoal mixtures.
Nakayama Y, Matsumura T, Iida M and Yoshida M |
| 33 |
Development of an electrically initiated small arms
primer for use in an electronic individual weapon.
O'Loughlin D |
| 34 |
Glass breakage in explosion in air.
Peng Jinhua, Qiao Xiaoling, Chen Wanghua and Zhang Chunyun |
| 35 |
Development of high-efficiency energetic explosives.
Pepekin V |
| 36 |
Computer search for the structure of high-density energetic
compounds among hydrogen-free heterocycles (tetraazapentalene set).
Pivina T S, Molchanova M S, Arnautova E A, Zefirov N S and Bronnikov D O |
| 37 |
Theoretical technique for modeling of 1,3,3-trinitroazatidine
(TNAZ) thermal decomposition.
Porollo A A, Pivina T S and Ivshin V P |
| 38 |
Binders facilitating ordnance demilitarization.
Reed R, Ciaramitaro D A and Brady V L |
| 39 |
The adiabatic exponent - a key to understanding the
numerical evaluation of the CJ state.
Roth J |
| 40 |
Accident, environment and people.
Ruiqui Shen, Yinghua Ye and Shizhi Dai |
| 41 |
Applications of ignition mechanism of black powder to
fireworks compositions.
Shimizu T |
| 42 |
The influence of physico-chemical characteristics of
oxides on the critical temperature of ignition of magnesium/oxides mixtures
by steady burning wave.
Silin N A, Sheludyak Yu E and Obeziaev N V |
| 43 |
Application of improved GM(1,1) model in the study on
TNT biodegradation.
Tang Wanying |
| 44 |
Energetic formulations from nanosize metal powders.
Tepper F, Ivanov G, Lerner M and Davidovich V |
| 45 |
Ignition delay and flame structure measurements of RDX-based
pseudo propellants.
Ulas A, Lu Y-C and Kuo K K |
| 46 |
Investigation of gun propellants with new energetic
plasticisers.
Volk F and Mueller D |
| 47 |
Activities of NATO in the field of CW demilitarization.
Volk F and Schubert H |
| 48 |
Explosive welding twin plate to steel pipe with less
damage.
Wada Y, Ogata Y, Kubota S and Masui A |
| 49 |
New studies and applications of microkinetics.
Walker F E |
| 50 |
The influence of PTFE effective mass flow rate on 3-5µm
radiant intensity in Mg/PTFE/BaO2 infrared pyrotechnic composition.
Wang Xue, Pan Gongpei and Li Yi |
| 51 |
Numerical compytation of blast wave parameters of initial
explosive in steel blast preventing container.
Yin Haiquan, Cai Changcun, Lang Jide, Xiao Chuan, Lei Yingjie, Xu Hanxuan, Ren Xiauxue and Liang Maowen |
| 52 |
Effect of phenolic resin on laser ignition of B/KNO3.
Yinghua Ye, Ruiqi Shen and Shizhi Dai |
| 53 |
Combustion behaviour of XM46 liquid propellant.
Chang Y-P, Boyer, Jennings S T and Kuo K K |
| 54 |
Studies on reaction forms of urea or nitrourea in keto-RDX
synthesis in several nitrating agents with HPLC. (1) Analysis method.
Yuejun Zhang, Hong Yin, Peifang Li and Weimin Li |
| 55 |
Studies on reaction forms of urea or nitrourea in keto-RDX
synthesis in several nitrating agents with HPLC. (2) Intermediate and
keto-RDX yield.
Yuejun Zhang, Hong Yin, Peifang Li and Weimin Li |
| 56 |
Solid materials combustion study by microthermocouples.
Zanotti C, Guiliani P, Volpi A and Passaretti F |
| 57 |
A novel method for measuring the thermal decomposition
stability of nitroglycerine.
Zhijie Fang |
| 58 |
The study of sensitivity classification of EEDs.
Zhou Bin, Qin Zhichun, Chen Xiwu, Xu Zhenxiang and Hu Xuexian |
| 59 |
The detonation of composite explosives formulated from
glycerine, aluminum, ammonium perchlorate and RDX I. Analysis of detonation
state.
Austing J L, Tulis A J, Patel D L and Heberlein D C |
| 60 |
The detonation of composite explosives formulated from
glycerine, aluminum, ammonium perchlorate and RDX II. Computation of
the detonation velocity.
Austing J L, Tulis A J, Patel D L, Heberlein D C and Walker F E |
| 61 |
The effect of temperature on the friction sensitiveness
of explosives - a preliminary study.
Bailey A, Miles G, Train A W, Wharton R K and Williams M R |
| 62 |
Techniques of accident investigation.
Dillehay D R |
| 63 |
Aluminum particle combustion in low gravity environment.
Assovskii I G, Kuznetsov G P, Kolesnikov-Svinarev V I and Zhigalina O M |
| 64 |
Electrostatic hazards of explosive, propellant and pyrotechnic
powders.
Dahn C J, Reyes B N, Kashani A and Finkelshtein H |
| 65 |
Study of millimetre wave (mmW) attenuation by pyrotechnic
smokes.
Singh A, Kamale P J and Singh H |
| 66 |
Detonation spreading in fine TATBs.
Kennedy J E, Lee K-Y, Spontarelli T and Stine J R |
| 67 |
Modelling of initiation and detonation.
Haskins P J and Cook M D |
| 68 |
Numerical investigation of the non-stationary physico-chemical
processes which form the non-estimated actions in the pyrotechnic gas
generating system.
Lukin A N and Lipanov A M |
| 69 |
The ordnance systems ballistic effectiveness increase
by the means of programming of combustion progressivity of the multi-element
solid propellant charge.
Lipanov A M and Lukin A N |
| 70 |
High pressure (explosive) consolidation of n-Al2O3 ceramics.
Prümmer RR, Weimar P and Knitter R |
| 71 |
Metal dinitramides: new novel oxidants for the preparation
of boron based flare compositions.
Dawe J R and Cliff M D |
| 72 |
Studies on Mg-Sr(NO3)2 based pyrotechnic composition
for infrared flare application.
Mujumdar V A and Jayaraman S |
| 73 |
Ignition and pyrolysis of explosive components.
Almada S, Campos J and Gois J C |
| 74 |
Monte Carlo simulation of aluminium agglomeration in
composite solid propellants combustion.
Rashkovsky S A |
| 75 |
Simulation of composite solid propellants statistical
structure.
Rashkovsky S A |
| # |
25th Seminar 1999
ENSIETA, Brest, France |
|
VOLUME 1
Session 1 Mesures et instrumentation Measurements and Instrumentation |
|
| 1 |
Characterizing the microstructure of selected high explosives.
C B SKIDMORE, D S PHILLIPS, J T MANG-LANL (USA) |
| 2 |
Thermal characterization of the primer,
KDNBF. D JONES, H FENG, R FOUCHARD- Canadian Explosives Research Laboratory (Canada) |
| 3 |
Advances in piezoelectric PVDF shock compression sensors:
applications to H.E. studies.
F BAUERISL (France) |
| 4 |
Caractérisation des performances explosives des
détonateurs par la méthode d'essai sous l'eau.
M BROCHIER-Davey Bickford; A CRINON-Nitrochimie (France) |
| 5 |
Flyer initiation of HMX/NTO compositions.
R H BOUMA, R J VAN ESVELD, W D PRINSE, A C VAN DER STEEN-TNO/PML (Netherlands); A BECUWE, J MALA-SNPE (France) |
| 6 |
X-ray diffraction and energy dispersive X-ray micoanalysis
of multicomponent pyrotechnic percussion primers.
S M CAULDER, W M KOPPESNSWC (USA) |
|
Session 2 Initiation et composants pyrotechniques
Initiation and explosive devices |
|
| 7 |
Fireconductive cords on a polymeric basis.
D L RUSIN, D B MIKHALEV, D V VETROVMendeleev University of Chemical Technology (Russia) |
| 8 |
Composite passenger side inflators.
C PEROTTO, F LEBAUDYLIVBAG (France) |
| 9 |
Utilization of propellants for inflator and belt restraint
systems.
Dr. F VOLKICT (Germany) |
|
Session 3 Compositions pyrotechniques
Explosive compositions |
|
| 10 |
Composés NENA en tant que porteurs d'énergie
dans des formulations d'explosifs et de poudres.
H H LICHT, H RITTERISL (France) |
| 11 |
Modélisation et optimisation de systémes
pyrotechniques utilsant des poudres propulsives.
E THOMASDassault Aviation (France) |
|
Session 4 Etudes fondamentales
Basic research |
|
| 12 |
Synthesis of energetic azides.
H YAN, G XINGBeijing Polytechnic University (China); X GUANSchool of Chemical Engineering and Materials Science |
| 13 |
Combustion mecanism of the Low Signature propellant
containing DATH.
D ZHIMIN Xi'an Jiao Tong University (China); F LI SANGWENXi'an Modern Chemistry Research Institute (China) |
| 14 |
Modélisation de la décomposition explosive
à l'échelle moléculaire : application à
la phase d'initiation.
P MARTIN, D MATHIEU, P SIMONETTICEA (France) |
| 15 |
Computer search for new C, H, N, O containing energetic
compounds.
A V EVTUSHENKO, M S MOLCHANOVA, B B SMIRNOV, V A SHLYAPOCHNIKOVZelinsky Instit. Of Organic Chemist (Russia) |
| 16 |
Thermoanalytical characterization of A1/NH4C1O4/viton
ignition mixture and its compatibility with B/KNO4.
L KALONTAROV, Y BORKOWSKI, N SHIMONI-IM (Israel) |
| 17 |
Thermal investigations of pyrotechnic compositions and
their reaction schemes.
A BAILEY, M CARTWRIGHT, C SECCOMBE-Cranfield University (UK) |
| 18 |
Modification of the model of initiation of a liquid
in U-shaped tube.
B N KONDRIKOV, E I DOROFEEV-Mendeleev University of Chemical Technology (Russia) |
| 19 |
How is critical energy criterion relevant to fragment
impact?
F PEUGEOTETB (France); L KUHNS, L T WILSON-NSWC (USA) |
|
Session 5 Méthodes d'initiation
Initiating devices |
|
| 20 |
Advanced modelling of systems based on structures, mechanisms
and micropropulsion.
P G AMAND, N MAUDET-Pyroalliance (France) |
| 21 |
Optopyrotechnie pour applications spatiales.
H MOULARD, H MACH, A HIRTH-ISL (France); D DILHANCNES (France) |
| 22 |
Allumage multipoints.
N FORICHON CHAUMET, E TAIANA, A ESPAGNACQGIAT-I(France) |
| 23 |
Dispostitif de sécurité et mise à
feu haute énergie à slapper : leur intérêt
à venir pour l'initiation des fonctions pyrotechniques des missiles
(charge militaire et propulsion).
P MALBOTDA (France) |
| 24 |
Initiateur Opto-Détonant à Elémént
Projeté chargé à l'HNS.
A MARCHANDTDA (France); J L LABASTECEA (France) |
|
Session 6 Sûreté de fonctionnement
Explosives safety and reliability |
|
| 25 |
Sûreté de fonctionnement des initiateurs
électropyrotechniques destinés au marche de la
sécurité
automobile.
S PHELEPDavey Bickford (France) |
| 26 |
Démarche générale d'évaluation
de la fibilité des systèmes pyrotechniques.
M PARADIS, S BANONSNPE (France); T ROUBY, J P NADEAUPyroalliance (France) |
|
Session 7 Modélisation
Modelling |
|
| 27 |
Balistique interieure: la comparaison de canon et le
mortier du feu d'artifice.
T SHIMIZUKoa Kako Co (Japan) |
| 28 |
Modélisation electro-hydrodynamique des détonateurs.
D BLINCEA (France) |
| 29 |
Simulation du fonctionnement des pyromécanismes
spatiaux : prise en compte des pertes thermiques.
A CARRIEREISL (France); D DILHANCNES (France) |
| 30 |
Modélisation du fonctionnement d'un système
pyrotechnique de découpe.
S LECUME, M QUIDOTSNPE (France); J P DELONDassault Aviation (France) |
| 31 |
Combustion mechanisms of high energy materials.
N KUBOTAMitcubishi Electric Corporation (Japan); T KUWAHARANissan Motor Co. Ltd. (Japan) |
| 32 |
Modélisation de l'initiation par jet de charge
creuse d'explosifs nus.
F PEUGEOTDGA/ETBS (France); M QUIDOT-SNPE (France) |
| 33 |
Modélization du risqué pyrotechnique induit
par la présence de bulles dans les liquides réactifs.
A FROGERCEA (France) |
| 34 |
HYDRO3D: un outil simple pour la simulation de problèmes
de détonique.
R SAURELJUSTI (France); S MENCACCINitrochimie (France); G BAUDINDGA/CEG (France) |
|
VOLUME 2
Session 8 Séance de posters
|
|
| 35 |
Etude de la décomposition thermique de certaines
substances explosives par la caloimétrie différentielle
à balayaga.
M A BENMAHAMEDENITA (Algeria) |
| 36 |
Méthode de pyrométrie optique ultra-rapide
appliquée à la mesure de temperature des explosives en
détonation.
G BAUDIN, B LEALDGA/CEG; H N PRESLESLCD (France) |
| 37 |
Optimisation de la méthode d'évaluation
de la sensibilité au choc des substances énergétiques
peu sensibles.
P MORAND, M VAULLERIN, A ESPAGNACQGIAT-I (France) |
| 38 |
Comparison investigations of camouflage capability of
different pyrotehnic smoke compositions in IR region.
S CUDZILO, W A TRZCINSKIMilit Univ of Technology (Poland) |
| 39 |
Calorymetry studies of metal/TF pyrolants.
S CUDZILO, W A TRZCINSKIMilit Univ of Technology (Poland) |
| 40 |
Novel hydroxy terminated N-N bonded azide polymers as
energeticbinders for composite solid propellants.
C OOMMEN, T N SHASHIKUMAR, S R JAINIndian Instit of Science |
| 41 |
Combustion and thermal decomposition of high energy
pyrolants.
T KUWAHARANissan Motor Co Ltd (Japan); M TAKIZUKA, T ONDAHosoya Kako Co Ltd (Japan); N KUBOTAMitsubishi Electric Corporation (Japan) |
| 42 |
Optimisation de la composition fumigène FIR 784
par plans d'expériences.
M VAULLERIN, A ESPAGNACQ, M REGISGIAT-I (France) |
| 43 |
Investigation of aluminium oxidation degree in the detonation
wave of aluminised explosives.
S CUDZILO, D GALEZOWSKI, A MARANDA, A PAPLINSKIMilitary University of Technology (Poland) |