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Papers Published in the Proceedings of the International Pyrotechnics Seminars Seminars 11 - 20 (Click on the Seminar number to jump to that location.) This page may take a minute to load completely. |
| 11 | Vail, Colorado, USA | 1986 |
| 12 | Juan les Pins, France | 1987 |
| 13 | Grand Junction, Colorado, USA | 1988 |
| 14 | Jersey, Channel Islands, UK | 1989 |
| 15 | Boulder, Colorado, USA | 1990 |
| 16 | Jönköping, Sweden | 1991 |
| 17 | Beijing, China | 1991 |
| 18 | Breckenridge, Colorado, USA | 1992 |
| 19 | Christchurch, New Zealand | 1994 |
| 20 | Colorado Springs, Colorado, USA | 1994 |
| Back to Seminar List |
Seminars 1-10 |
Seminars 11-20 | Seminars 21-30 |
Seminars 31-35 |
| # |
11th Seminar 1986 Vail, Colorado, USA |
| 1 |
Le Système International (SI) d'Unités. Austing J L |
| 2 |
Characterisation of the moisture absorption behaviour
of TiHx/KClO4. Attalla A and Wang P S |
| 3 |
The properties and reactions of the boron - potassium
nitrate pyrotechnic system. Barnes P, Griffiths T T, Charsley E L, Hider J A and Warrington S B |
| 4 |
Thermal ignition of TiH1.68/KClO4. Bickes R W |
| 5 |
Improved tracer compositions for small arms ammunition. Brière P |
| 6 |
Comparison of several techniques for measuring the particle
size of powders used in pyrotechnics. de Yong L V and Wilson G |
| 7 |
The effects of spin and liner thickness on illuminant
performance. Dillehay D R |
| 8 |
Improved high-temperature percussion primer. Durand N A, Weinmaster R R, Massis T M and Fleming W |
| 9 |
Evaluation of a low toxicity delay composition. Elischer P P, Cleal G and Wilson M |
| 10 |
Some aspects in chemistry of 1,1,1,3,5,5,5-heptanitropentane.
Eremenko L T, Oreshko G V and Fadeev M A |
| 11 |
Computer prediction of the products of open burning
of four pyrotechnics materials. Fauth M I, Baroody E E and Tominack I L |
| 12 |
Ignition criteria and its isothermal theory for mixtures
of two exothermic reactions. Feng C G, Yang G Y, Gray P and Boddington T |
| 13 |
Some consequences of condensed-phase formation in thermodynamic
calculations on energetic materials. Freedman E |
| 14 |
Agglomeration characteristics of the metallised systems
combustion. Frolov Yu V and Nickol'sky B E |
| 15 |
Simulation of pyrotechnic powder distributions using
a hydrodynamic multiparticle-size computer model. Gidaspow D, Tsuo Y P, Austing J L, Tulis A J and Comeyne W |
| 16 |
Evolution of an F-111 Pyrotechnic time delay. Glass J D |
| 17 |
Chemistry and shock initiation of intermetallic reactions. Hardt A P, McHugh S L and Weinland S L |
| 18 |
Naval Weapons Support Center Transient Velocity Windstream
test apparatus. Hazelton D R and Webster H A |
| 19 |
Shock sensitivity of TiH0.65/KClO4. Headley P S and Bickes R W |
| 20 |
Increased accuracy of squib bridgewire measurements
using a 4-contact 2-pin connector. Hoffman W C |
| 21 |
Laser initiation of TiHx/KClO4 (x = 0.2, 0.65, 1.65). Holy J A |
| 22 |
Pressure dependent burn rate of TiHx/KClO4 (x = 0.2,
0.65, 1.65). Holy J A |
| 23 |
The use of micro-computers in the development of pyrotechnic
devices. Howlett S L |
| 24 |
Exo-electrons and match sensitivity. Johansson S R |
| 25 |
A short pyrotechnic history of matches. Johansson S R |
| 26 |
Rapidly converging experimental design techniques for
optimising pyrotechnical processes and products. Kowalick J F and Parks J R |
| 27 |
High efficiency illuminating compositions. Laswell J E, LaGrange D E and Souder G |
| 28 |
Activation energies of gasless pyrotechnics. Boddington T, Cottrell A and Laye P G |
| 29 |
A comparison of the ignition characteristics of selected
metal / oxidant systems. Lindsley G I, Robinson E A, Charsley E L and Warrington S B |
| 30 |
High pressure aspects of TiHx/KClO4 pyrotechnics. Munger A C and Reed J W |
| 31 |
A numerical model of the thermal processes leading to
ignition in a pyrotechnic device. Pierce K G and Leith J R |
| 32 |
Electrostatic sensitivity of HMX and HMX coated with
graphite. Roux M, Brassy C and Auzanneau M |
| 33 |
Evaluation of black powder produced by the Indiana Army
Ammunition Plant. Sass‚ R, Holmes H, Hansen D, Aungst W, Doali O and Bowman R |
| 34 |
Retrospective technology assessment of energetic materials.
Schubert H |
| 35 |
Effective burning rate and web size of a powder mixture
for a two-stage hypervelocity launcher. Shahinpoor M |
| 36 |
The quantum chemical study of tetrazene. Sheng D L and Huang H C |
| 37 |
A concept and the use of negative explosives. Shimizu T |
| 38 |
Development of a polymer binder for pyrotechnic compositions. Taylor F R and Jackson D E |
| 39 |
Investigation of physical and chemical effects in energetic
fuel-oxidiser powder compositions I. Stoichiometry vs particle size
relationships. Tulis A J, Baker D E and Hrdina D J |
| 40 |
Oxygen grain boundary diffusion in titanium subhydrides
studied by Auger electron spectroscopy. Wang P S, Wittberg T N, Wolf J D and Keil R G |
| 41 |
The kinetics and thermochemistry of the pyrotechnic
composition BLC 190. Boron - red lead Pb3O4 (10:90). Whelan D J, Maksacheff M and de Yong L V |
| 42 |
The initiating shock wave in dispersed reactive particle
detonation. I. Equations of state and thermodynamic and Hugoniot relationships.
Austing J L and Selman J R |
| 43 |
Optimising header strength utilising finite element
analyses. Burchett S N |
| 44 |
The role of differential thermal analysis in the study
of pyrotechnics. Charsley E L and Laye P G |
| 45 |
Titanium oxidation kinetics and the mechanism for thermal
ignition of titanium-based pyrotechnics. Erickson K L, Rogers J W and Ward S J |
| 46 |
Shock initiation of pyrotechnic heat powders. Hornig H C, Kury J W, Simpson R L, Helm F H and von Holle W G |
| 47 |
Percussion primer / DDT detonator. Kopczewski M R and Weinmaster R R |
| 48 |
Attempts to characterise microballoon sensors for shock
velocity and material motion studies. Kruse H W, Looney L D, Medina R S, Taylor R C, Baumgart J S, Baca G T and Dominguez D E |
| 49 |
DDT performance of energetic cobalt coordination compounds. Lieberman M L and Fleming W |
| 50 |
CP DDT detonators: V. Output performance and analysis
of multiple-output devices. Lieberman M L, Hughes R L and Heames L E |
| 51 |
Infrared thermographic study of laser ignition. Mohler J H and Chow C T S |
| 52 |
Theoretical and experimental study of ignition of medium
calibre gun ammunition. Refouvelet J, Morisson H, Bouigue R and Lombard J M |
| 53 |
A hot-spot model for calculating the threshold for shock
initiation of pyrotechnic mixtures. Maiden D E and Nutt G L |
| 54 |
Single particle acceleration and heating in a shock
wave. Selman J R and Hsiao Y J |
| 55 |
Analytical Chapman - Jouguet characterisation of molecular-explosive
sensitised fuel-air detonation. Tulis A J and Sumida W K |
| 56 |
Recent advances in high speed detection systems for
ammunition plants. Klapmeier K M |
|
|
Insensitive pyrotechnic I. Principle and application.
Chin A, Webster H A and Mason T D |
|
|
Use of chemical equilibrium calculations to simulate
the combustion of various pyrotechnic compositions. Farren R E, Shortridge R G and Webster H A |
|
|
Ultraviolet spectra of standard Navy coloured flare
compositions. Lewis H L, Webster H A, Burks L A and Rankin M D |
Top
| # |
12th Seminar 1987 Juan les Pins, France |
| 1 |
Amorçage d'une composition explosive par solicitation
méchanique rapide. Belmas R |
| 2 |
A model for calculating the threshold for shock initiation
of reactive mixtures. Maiden D E |
| 3 |
Propositions de classement de quelques compositions. Auzanneau M and Roux M |
| 4 |
Ionisation in tracer flames. Flygar S E and Liljegren T |
| 5 |
Decomposition of nitromethane: a critical study of the
initial steps. Cook M D and Haskins P J |
| 6 |
Thermal ignition of Ti-based pyrotechnics. II: Ti oxidation
kinetics applied to analysis of slow ignition (DTA) experiments. Erickson K L, Rogers J W and Skocypec R D |
| 7 |
Thermal ignition of pyrotechnics with lasers. Chow C T S and Mohler J H |
| 8 |
Burning rate characteristics and mechanisms of pyrotechnics. Kubota N, Serizawa C, Suzuki N and Fukuda N |
| 9 |
Présentation de la théorie des collisions
moléculaires appliquée aux réactions d'allumage
et de combustion. Lombard J M and Bouigue R |
| 10 |
Analytical representation of the excess thermodynamic
equation of state for detonation products based on statistical mechanics.
Brown W B and Horton T V |
| 11 |
Investigation of physical and chemical effects in energetic
fuel - oxidiser powder compositions. Tulis A J, Baker D E, Hrdina D J and Austing J L |
| 12 |
Spectroscopie d'émission du bore en ignition
ou en combustion dans la gamme de 0.2 … 5.5 µm. Eisenreich N and Liehmann W |
| 13 |
Quatuor: un code de calcule d'équilibres thermochimiques
adapté à la détonation at à la combustion.
Heuze O, Presles H N and Bauer P |
| 14 |
Determination of the performance of ignition powders.
Volk F, Hund M and Müller D |
| 15 |
The effect of heat on pentaerythritol tetranitrate (PETN). Dinegar R H |
| 16 |
Influence de l'onde de choc et de la pression gazeuse
sur le fonctionnement d'un pyro-méchanisme. Pascal J |
| 17 |
Vannes, pyroméchanismes miniatures et écrous
pyrotechniques. Slama J-C |
| 18 |
Mise au point d'un amortisseur de sangle pour Ariane
IV. Dupin G |
| 19 |
Semiconductor bridge (S.C.B.): a very low energy igniter
for explosives and pyrotechnics. Bickes R W |
| 20 |
L'initiation laser. Krassoulia G |
| 21 |
Detonation model with spherical sources regular circular
geometry, Nonel effects. Leiber K-O |
| 22 |
Initiation des inflammateurs par rayonnement laser.
Refouvelet J and Baldy P |
| 23 |
Anciens dispositifs pyrotechniques du XVIIe et XVIIIe
siècle: pièces d'artifice aquatiques. Dumont J-L |
| 24 |
Modélisation de cordeaux de d‚coupage hexogène
- plombe. Fritsch C and Nouguez B |
| 25 |
Fonctionnement des mélanges oxydo-réducteures
initiés par onde de détonation. Hordonneau M and Dervaux M |
| 26 |
Le tripicryl-s-triazine: un explosif thermostabile. Laval F and Prisset C |
| 27 |
Improved red phosphorus-based smoke and flame composition. Liberman T and Lessard P |
| 28 |
Sensibilité à l'initiation de l'hexogène.
Souletis E |
| 29 |
Research on plastic bonded pyrotechnic composition. Hadhoud M K A |
| 30 |
Applications pyrotechniques de l'instrumentation par
fibres optiques. Demissy M and Gaston D |
| 31 |
An inter-laboratory study of the test and evaluation
methods for pyrotechnic compositions. Barnes P, de Yong L V, Domanico J, Twardwa P and Valenta F J |
| 32 |
Les réactions instationnaires. Méthodes
de détection. Samirant M |
| 33 |
Mésure de pression de choc sur détonateurs
miniatures à l'aide de sondes au P.V.F.2. Bauer F and Refouvelet J |
| 34 |
Pyrotechnic characterisation at simulated altitude. Dillehay D R |
| 35 |
Transition choc - détonation de petits cylindres
d'hexogène granulaire confiné. Moulard H and Bauer F |
| 36 |
Laser ignition of explosives: ignition energy dependence
of particle size. Ostmark H |
| 37 |
Essai d'induction thermique monodimensionnel sous confinement. Coulonnier G and Reynier P |
| 38 |
A study of the ignition characteristics of the tungsten
/ potassium dichromate and boron/potassium dichromate systems. Lindsley G I, Charsley E L and Warrington S B |
| 39 |
Étude expérimentale de la granulométrie
de divers produits pyrotechniques par diffraction laser. Munoz D and Dreyfus M |
| 40 |
Measurement and calculations of initiation parameters
of warhead fragment by using flash radiography. Fen Shen-Shan, Wan Li-Zhen, Jian Jian-Wei and Li Ly-Yin |
| 41 |
Contrôle non destructif des compositions pyrotechniques. Espagnacq A, Roux M, Brassy C and Auzanneau M |
| 42 |
Utilisation d'une simulation numérique lors du
développement d'une système pyrotechnique. Pire M |
| 43 |
Analyse statistique de la sensibilité d'un composant
pyrotechnique. Causinus H, Mathieu J-R, Meste M, Milhaud X and Refouvelet J |
| 44 |
Logiciel d'exploitation des tests visant à déterminer
la sensibilité des dispositifs monocoup. Saubade Ch |
| 45 |
Nouvelle approche d'exploitation du test de Bruceton. Lejuez W |
| 46 |
Use of organic coating to improve the storageability
and safety of pyrotechnic compositions. Taylor F R and Jackson D E |
| 47 |
Estimation of maximum pressures resulting from the deflagration
of black powder in vented rooms. Pfeil N |
| 48 |
La conception des chaînes pyrotechnique modernes.
Gency R |
| 49 |
Étude théoretique et expérimentale
de l'allumage moyen calibre. Refouvelet J, Bouigue R, Morisson H and Lombard J-M |
| 50 |
Détermination direct des paramètres cinétiques
de compositions pyrotechniques oevrées. Brassy C, Rejman M, Roux M and Espagnacq A |
| 51 |
Modification of magnesium powders for use in pyrotechnic
compositions by coating with silane compounds. Barnes P, Queay J, Affrossman S, Collins A and Pethrick R A |
| 52 |
A study of the pyrotechnic performance of the titanium-oxidant-binder
system. Griffiths T T, Charsley E L and Hider J A |
| 53 |
Thermal ignition of Ti-based pyrotechnics I: Ti oxidation
mechanisms and kinetics. Rogers J W and Erickson K L |
| 54 |
The initiating shock wave in dispersed reactive particle
detonations. II. Computation of initiating shock conditions from experimental
data. Austing J L, Selman J R and Tulis A J |
| 55 |
The performance characteristics of magnesium-sodium
nitrate flares in oxygen-nitrogen atmospheres. Farnell P L and Taylor F R |
| 56 |
Investigations on fragments and shock wave effect. Jiang Haozheng, Cai Hanwan, Cui Binggui and Mu Yinlin |
| 57 |
The application of variable explosive chamber testing
to actuator testing. Munger A C |
| 58 |
Studies of the burning rate enhancement of nitramines
by borohydrides. Duff P L |
| 59 |
Transformation d'un siège éjectable Martin-Baker
Mk10 à technologie à gaz en un siège à technologie
pyrotechnique. Ponsar M |
| 60 |
The effect of variables in Composition B on the quality
of the cast explosive. Estabrook L C |
| 61 |
Gasless pyrotechnics. So predictable! Boddington T, Cottrell A and Laye P G |
Top
| # |
13th Seminar 1988 Grand Junction, Colorado, USA |
| 1 |
The initiating shock wave in dispersed reactive particle
detonation. III. Computation of Rankine-Hugoniot curve from real gas
equations. Austing J L and Selman J R |
| 2 |
Ammunition and explosives. Ballou R D |
| 3 |
A concept for electro-optic explosive device. Benson D A and Rose B H |
| 4 |
Semiconductor bridge (SCB) igniter studies: I. Comparison
of SCB and hot-wire pyrotechnic actuators. Bickes R W, Schlobohm S L and Ewick D W |
| 5 |
Semiconductor bridge (SCB) igniter studies: II. Comparison
of SCB and hot-wire direct propulsion thrusters Bickes R W, Schlobohm S L, Bonas A G and Headley P S |
| 6 |
Development of a flashlamp pumped laser and fiber optic
initiation system. Blachowski T |
| 7 |
The mechanism of initiation between the elements in
explosive trains. Cai Ruijao |
| 8 |
The ancient incendiary of China. Chen Quin |
| 9 |
Insensitive pyrotechnics - Improved binders for coloured
smokes. Chin A, Rankin M D and Hubble B R |
| 10 |
A study of the firing characteristics of high altitude
display fireworks. Contestabile E, Augsten R A, Craig T R and McIndoe J G |
| 11 |
Fibre probe detection in explosions: signal analysis. Demissey M and Michot C |
| 12 |
Predicting the ignition performance of percussion primers.
de Yong L V |
| 13 |
High speed photography of pyrotechnic materials and
components with a copper vapour laser. Dosser L R, Reed J W and Stark M A |
| 14 |
Hermetic G-16 percussion primer. Durand N A, Weinmaster R R and Massis T M |
| 15 |
Study of zirconium-potassium perchlorate pyrotechnic
system. Durgapal U C, Dixit A S and Sarawadekar R G |
| 16 |
Gaseous tracer techniques for pore structure characterisation
of granular materials. Erickson K L |
| 17 |
Igniter and actuator output testing. Evans N A |
| 18 |
Feasibility of a laser ignited pyrotechnic device. Ewick D W, Dosser L R, McComb S R and Brodsky L P |
| 19 |
Evaluation of a glass - ceramic header for an all-secondary
explosive actuator. Ewick D W |
| 20 |
Ultra high speed deluge for suppression of fire and
explosion in high energy chemical process facilities. Fadorsen G A |
| 21 |
An apparatus for studying deflagration through electrostatic
suspensions of atomised aluminium in air. Gardiner D P, Caird S G and Bardon M F |
| 22 |
Shelf life estimates of a base bleed device in a given
temperature / humidity environment. Gellerstedt N G and Svensson L G |
| 23 |
The explosive dissemination of particulate pyrotechnic
and explosive powders. Gidaspow D, Syamlal M, Austing J L, Tulis A J, Buhrmaster E and Heberlein D C |
| 24 |
Factors affecting reliable explosive transfer stimuli. Glass J D |
| 25 |
A study of pyrotechnic performance of the magnesium
- oxidant - binder system. Griffiths T T, Charsley E L and Hider J A |
| 26 |
Plastic binders for pyrotechnical smokes. Hadhoud M K, Farag K I and Gouda M S |
| 27 |
Shock initiation of thermite. Hardt A P |
| 28 |
Geometrical design for improved or accelerated ignition. Hermance C E and Vorsteveld L G |
| 29 |
The effects of pressure on the laser ignition of TiHx/KClO4
and other pyrotechnics. Holy J A and Girmann T C |
| 30 |
An approach to the thermal stability of nitrator in
TNT manufacture. Hu Shaoming |
| 31 |
Pyrotechnic whistle mechanism. Huang Haochuan and Li Fang |
| 32 |
Jet initiation of commercial explosives. Jiang Chunlan, Xu Gengguang and Ding Jing |
| 33 |
Diode laser ignition of high explosives and pyrotechnics. Kunz S C and Salas F J |
| 34 |
Development of a castable white smoke composition based
on chlorinated paraffins. Labrecque B and Couture G |
| 35 |
A study of pyrotechnic delay system and analysis of
temperature profile. Lao Yun-Liang and Wang Ping |
| 36 |
On some shortcomings in the macroscopic plane wave model
of detonation. Leiber C-O |
| 37 |
Detonation model with spherical sources. A: Smooth and
rough pressure fronts, dark waves. Leiber C-O |
| 38 |
Experimental determination of stress distribution through
manganin gauge. Liu Jupeng, Chen Fumei and Zhen Guangping |
| 39 |
3D-study of open air output of several gun ignition
systems. Lombard J M |
| 40 |
Equilibrium moisture of black powder. McMahon J R and Dillehay D R |
| 41 |
Kinetic energy measurements for pyrotechnic actuator
performance. Munger A C, Woods C M and Phillabaum M R |
| 42 |
Magnesium teflon viton igniter sensitivity investigation
results. Potter L J |
| 43 |
A review of liquid curable pyrotechnic binders. Reed R |
| 44 |
Comparison of spherical and ellipsoidal form functions
for evaluating black powder. Sass‚ R and Rose J E |
| 45 |
Computer aided optimum design for the booster in the
fuze explosive train. Shen Ji-ning and Chen Zhi-ming |
| 46 |
Ballistics of firework shells. Shimizu T |
| 47 |
Development of an experimental system for studying fast
transient ignition phenomena. Skocypec R D and Erickson K L |
| 48 |
Feasibility study of a RDX / stainless steel booster
for initiation of a 1.5 mm diameter RDX loaded detonating cord. Souletis E, Faburel J P and Dexet J P |
| 49 |
Identification and assessment of hazardous admixtures
in pyrotechnics. Storey P D |
| 50 |
Safety characteristic data and thermochemistry of ternary
pyrotechnic systems. Treumann H, Kröger G and Pfeil N |
| 51 |
Advances in pyrotechnically based visual smoke systems.
Turetsky A L and Young G P |
| 52 |
MTV as a pyrotechnic composition for solid propellant
ignition. Valenta F J |
| 53 |
Laser-initiated decomposition reactions of explosives.
van der Meer B J and Leeuw M W |
| 54 |
Detonation products of castable high explosives. Volk F |
| 55 |
Friction, impact and electrostatic discharge sensitivities
of pyrotechnic materials: a comparative study. Wang P S and Hall G F |
| 56 |
Hermetically sealed dual bridgewire igniter. Weinmaster R R and Durand N A |
| 57 |
The Great Wall and the pyrotechnics. Zong-Heng Lang |
| 58 |
The exploding extinguisher. Finnerty A E |
| 59 |
Preliminary burn rate studies on TiH1.65/KClO4. Hingorani-Norenberg S L and Moore L M |
| 60 |
Thermodynamic analysis of TiHx/KClO4 combustion in a
closed system. Razani A and Shahinpoor M |
| 61 |
Transient burning analysis of pyrotechnic materials
in a closed bomb. Razani A and Shahinpoor M |
| 62 |
New solventless process for safer manufacturing of pyrotechnic
flares. Taylor F R and Farnell P L |
| 63 |
Grounding systems for the explosive environment. Tilford A R |
| 64 |
Decomposition of nitrocellulose in propellants under
thermal and mechanical stress. Bohn M A, Müller D and Volk F |
Top
| # |
14th Seminar 1989 Jersey, UK |
| 1 |
Monomolecular silane coatings for magnesium fuels. Queay J, Affrossman S, Ferguson J, McNab C A and Pethrick R A |
| 2 |
Microstructure of ion plated titanium and lead oxide
coatings for pyrotechnic applications. Tinston S F and Arnell R D |
| 3 |
The use of red phosphorus as a screening smoke and the
examination of various forms of encapsulation. McGregor R J and Collins C |
| 4 |
Development of a titanium/boron blending process. Love C M |
| 5 |
Study of various polymers as candidate binders in pyrotechnic
compositions. Brière P and Brousseau M |
| 6 |
Evaluation of concepts for a vehicle launched training
smoke grenade. Hancox R J and Murphy S P |
| 7 |
The development of a high performance photoflash composition
containing aluminium. Wilson M A |
| 8 |
Multi-layered metal/metal oxide coatings by ion plating
for pyrotechnic applications. Tinston S F, Arnell R D and Allford F G |
| 9 |
Magnesium/polytetrafluoroethylene tracer compositions. Flückiger R |
| 10 |
Coating of magnesium particles - coating techniques
and effect on reactivity. Mul J M and Meulenbrugge J J |
| 11 |
Miniature electric delay detonators. Dixon K W |
| 12 |
Nitrated hydroxy-terminated polybutadiene (NHTPB). A
new energetic binder. Colclough M E, Golding P and Paul N |
| 13 |
Pyrotechnic ignition studies using a gun tunnel. Evans N A |
| 14 |
Ignition energy requirements for selected pyrotechnic
compositions as determined by incident laser energy. de Yong L V and Valenta F J |
| 15 |
Dielectric breakdown and ignition of MTV compositions. Haq I U and Chaudhri M M |
| 16 |
Shock ignition of silicon system delay compositions
and its application. Chen Zhi-ming and Shen Ji-ning |
| 17 |
Ternary mixtures of tungsten, potassium dichromate,
and potassium nitrate. Laye P G and Nelson D C |
| 18 |
Powder morphology effects in the ignition of titanium-based
pyrotechnics. Erickson K L, Skocypec R D, Rogers J W and Massis T M |
| 19 |
Heat transfer characteristics of igniter output plumes. Evans N A and Durand N A |
| 20 |
The use of pyrotechnics in rocket motor ignition. Merchant B |
| 21 |
The identification and determination of dyes used in
pyrotechnic smoke compositions. Green P T |
| 22 |
Examination of experimental red phosphorus smoke compositions.
Hutchinson C J |
| 23 |
Analytical scheme for the identification of unknown
pyrotechnic compositions. Hindle M R and Norris V J |
| 24 |
Stability testing of nitrated cellulose using DSC. Hopfgarten F |
| 25 |
Analysis of MTV compositions. Clucas I J and Lowe S J |
| 26 |
Thermal diffusivity of pyrotechnic tracer compositions.
Hindle M R |
| 27 |
Evaluation of an FTIR - microscope system as an aid
to defect investigations. Hindle M R |
| 28 |
Combustion of Black Powder: Part I Thermo-analytical
studies. Hussain G and Rees G J |
| 29 |
Measurements on sensitive materials using low energy
capacitance discharge spark ignition techniques. Smallwood J M and Hearn G L |
| 30 |
European impact sensitiveness assessment of solid energetic
materials. Mullenger D C |
| 31 |
Theoretical consideration of the products of combustion
from the incineration of pyrotechnic smoke composition. Dummer M J |
| 32 |
Assessment of the environmental impact of explosives
and their reaction products. Bohn M A and Volk F |
| 33 |
Explosives in Great Britain: authorisation, classification
and control. Williamson G E |
| 34 |
Is a "hazard index" for explosives and energetic materials
achievable? Bailey A and Thomson B J |
| 35 |
Theatrical pyrotechnics. Treumann H and Huhne W |
| 36 |
Automatic fire quenching system for pyrotechnical plants.
Part II. Goffart P and Hendrickx G |
| 37 |
Low energy spark ignition of sensitive materials using
pulse techniques. Smallwood J M and Bailey A G |
| 38 |
French explosive safety concepts applied to a munitions
production facility. Chizallet M |
| 39 |
British Standard for fireworks. Rapley R J and Thomson B J |
| 40 |
Improvements to the safety of the design of phosphorus
filled marine markers. Glyde E D and Hoyle M E |
| 41 |
Waste disposal. Simpson G M |
| 42 |
A thermal study of the manganese/barium peroxide pyrotechnic
system. Brown M E and Drennan R L |
| 43 |
Temperature profile analysis of the Sb/KMnO4 system. Beck M W |
| 44 |
Consequence of condensed-phase formation in transient
burning of TiHx/KClO4 in a closed system. Razani A, Shahinpoor M and Hingorani-Norenberg S L |
| 45 |
Reaction energetics and mechanism in the lead monoxide-boron
system. Goodfield J |
| 46 |
Ageing of pyrotechnic compositions. The influence of
metal-nitrate interaction on the stability of nitrate. Barisin D and Batinic-Haberle I |
| 47 |
Thermal studies of SR37 pyrotechnic gasless delay composition.
Hutchinson C J |
| 48 |
Continuous processing pilot plant facility. Stewart J E |
| 49 |
Laser ignition for gun systems. Henning P S and Brown M D |
| 50 |
Recent experiences in the United Kingdom of large area
screening and decontamination systems. Purchase A J, Short D P and Preston M H |
| 51 |
An assessment of a rolling machine for the production
of fuzes for use in the lead fuze burning test for gunpowder. Ettles M M J |
| 52 |
The G S pyrotechnic granulator. Barker G A |
| 53 |
Continuous production of composite propellants. Baker J J and McSpadden H J |
| 54 |
Remote handling technology and robotics. Robson P J |
| 55 |
Pyrotechnic flares: radiant intensity and radiance calculations.
Towning J N |
| 56 |
Detonation model with spherical sources. B: Deflagration
detonation transition approach. Leiber C-O |
| 57 |
Interrelationship between relative detonation impulses
and the effect of cumulative charges from liquid explosives. Eremenko L T, Garanin V A and Nesterenko D A |
| 58 |
Estimation of the C-J pressure of explosives. Cooper P W |
| 59 |
The shock initiation of covered explosive and pyrotechnic
charges by flyer plate impact across an air gap. I. Theory and computations.
Austing J L and Tulis A J |
| 60 |
Detonation transmission in detonation-transmission-line
end boosters. Savitt J |
| 61 |
Blast enhancement by fuels present in the vicinity of
high explosive detonations. Heberlein D C, Tulis A J and Austing J L |
| 62 |
Studies of explosive shock tubes. Sutton D, Noble A H and Lynch P M |
| 63 |
Hypergolic initiation of detonation in explosives. Tulis A J |
| 64 |
Shock sensitivity of explosive devices. Bartels H |
| 65 |
Upgrading of detonators for small calibre ammunition
by means of metal powder additives. Theis F and Feuerstake E |
| 66 |
Influence of the igniter and the particle size on the
convective and compressive burning stages in a DDT. Verbreek H J and van der Steen A C |
| 67 |
A review of current theoretical studies of decomposition
reactions in energetic materials. Haskins P J and Cook M D |
| 68 |
Implications of recent projectile impact studies for
hazard and vulnerability assessment. Cook M D and Haskins P J |
| 69 |
Mechanisms of reactions of metal and oxide surfaces
studied by surface sensitive spectroscopies. Challinor D C and Roberts M W |
| 70 |
Combustion characteristics and CO2 laser ignition behaviour
of boron/magnesium/PTFE pyrotechnics. Fetherolf B L, Snyder T S, Bates M D, Peretz A and Kuo K K |
| 71 |
Procurement of low toxicity smoke systems by the UK. Gilmour A F and Strudley P J |
| 72 |
Electrothermal response testing more than a quality
assurance tool. Munger A C |
| 73 |
Safety design in explosives testing laboratories. Some
examples at Cerchar. Michot C, Demissy M and Gaston D |
| 74 |
Enclosed pyrotechnic delays. Griffiths T T, Glyde E D and Lewis G |
| 75 |
Thermal studies on the boron-barium chromate pyrotechnic
delay system. Charsley E L, Laye P G, Lindsley G I, Nawaz M and Warrington S B |
| 76 |
Concentration limits of the combustion wave spreading
in reactive heterogeneous systems. Frolov Yu V, Pivkina A N and Nikolsky B E |
| 77 |
The role of simultaneous thermal analysis - mass spectrometry
in the study of pyrotechnic systems. Charsley E L, Warrington S B, Griffiths T T and Queay J |
| 78 |
Energetic materials - their application to the military
aircraft. Noble D |
| 79 |
Miniature non-disrupting detonating delay cord. Rogers T |
| 80 |
Testing of light weight composite panels for use in
explosive process rooms. Crawley P H |
| 81 |
The adsorption of water vapour by amorphous boron. Hall P G and Williams R T |
| 82 |
Time-dependent modelisation based on molecular collision
theory of the combustion of zirconium - potassium perchlorate composition
in manometric closed vessel. Lombard J-M |
Top
| # |
15th Seminar 1995 Boulder, Colorado USA |
| 1 |
The development and production of pyrotechnic systems
from the vapour phase: Part 1. Thermite type materials. Allford F G and Place M S |
| 2 |
The development and production of pyrotechnic systems
from the vapour phase: Part 2. The production of bulk reactive material. Allford F G and Place M S |
| 3 |
The shock initiation of covered explosive and pyrotechnic
charges by flyer plate impact across an air gap. II. Results for Composition
A4. Austing J L and Baker D E |
| 4 |
Instrumental evaluation of detonating non-ideal explosives. Baker D E, Hrdina D J and Tulis A J |
| 5 |
Pyrotechnic ignition transfer problems encountered in
ordnance related applications. Barnes P, de Yong L V, Queay J and Valenta F J |
| 6 |
Purity control of tetrazene by potentiometric determination. Bartels H |
| 7 |
Titanium-boron mixtures as variable heat sources. Begeal D R and Munger A C |
| 8 |
Another ESD incident. Betts R E |
| 9 |
A transformer coupled semiconductor bridge igniter for
low voltage ignition from a high voltage source. Bickes R W and Schlobohm S L |
| 10 |
Running distance - Criterion for detonation transfer
between explosive columns. Cai Ruijaio, Su Qing and Mao Jinsheng |
| 11 |
The importance of packaging in the transport of pyrotechnics.
Charles A F |
| 12 |
Development and application of LEESA (Low Energy Electrostatic
Sensitivity Apparatus) Carlson R S and Wood R L |
| 13 |
Evaluation of large diameter fireworks shells and mortars. Contestabile E and Craig T R |
| 14 |
The TNT equivalent of fireworks report shells. Contestabile E, Augsten R A, Jones D E G and Craig T R |
| 15 |
Processing of energetic materials on twin screw extruders. Dillehay D R |
| 16 |
Studies on tantalum-potassium dichromate pyrotechnic
systems. Durgapal U C and Menon A R |
| 17 |
Development of thin-film samples for examining condensed-phase
chemical mechanisms affecting combustion of energetic materials. Erickson K L, Skocypec R D, Trott W M and Renlund A M |
| 18 |
The effect of charge mixture ratio and particle size
on igniter plume heat transfer characteristics. Evans N A and Brezowski C F |
| 19 |
Finite difference modelling of laser diode ignited components. Ewick D W |
| 20 |
Toxic gases from propellants. Finnerty A E and Gibbons G |
| 21 |
Tracer testing in the test centre Ochsenboden. Flückiger R |
| 22 |
A study of aluminium - air flames in electrostatically
dispersed dust clouds. Gardiner D P and Bardon M F |
| 23 |
Experimental measurement and new calculating method
for the fragment velocity of detonators. Geng Junfeng, Cai Ruijiao and Yao Wenbing |
| 24 |
The interface chemistry research on PBX heat-resisting
explosive. Geng Junfeng and Lao Yunliang |
| 25 |
Evolved gas analysis studies of pyrotechnic compositions
- preliminary investigation of the titanium-strontium nitrate-alloprene
system. Griffiths T T, Queay J, Charsley E L and Warrington S B |
| 26 |
Tracer composition development. Guindon L and Jerome N |
| 27 |
Optical multi-channel analysis (OMA): Visible spectra
of standard Navy coloured flares. Hillenbrand E A and Shortridge R G |
| 28 |
Compaction of TiH1.65/KClO4 pyrotechnic powder during
confined burn. Hingorani-Norenberg S L, Razani A and Shahinpoor M |
| 29 |
Continuous method of mixing acid and its mathematical
model for TNT manufacture. Hu Shaoming |
| 30 |
Computer aided design for the booster in the fuze explosive
train. Hu Shuang-qi and Shen Ji-ning |
| 31 |
The study on surface chemistry of lead salt nitroresorcinol.
Huang Haochuan, Wang Nianrui and Lao Yunliang |
| 32 |
Determination of combustion response function Rb(r)
for pyrotechnic whistling composition. Huang Haochuan and Li Fang |
| 33 |
Combustion of black powder: Part II. FTIR emission spectroscopic
studies. Hussain G and Rees G |
| 34 |
Hydrodynamics of particulate dissemination from a disseminator
into a bag. Jayaswal U K, Gidaspow D, Austing J L and Tulis A J |
| 35 |
The discovery of gunpowder and shock wave in China. Jing Ding |
| 36 |
Sodium azide and various types of lead azide manufacturing
and properties. Jobelius H H |
| 37 |
Development of diode laser-ignited pyrotechnic and explosive
components. Jungst R G, Salas F J, Watkins R D and Kovacic L |
| 38 |
Development and evaluation of hermetic laser diode ignited
pyrotechnic components. Kramer D P, Beckman T M and Ewick D W |
| 39 |
A non-toxic pyrotechnic screening smoke for training
purposes. Krone U |
| 40 |
Thermal decomposition of alpha-lead azide adulterated
with non-stoichiometric oxide. Lao Yunliang, Li Zhengyu and Gao Xiang |
| 41 |
Kinetics of pyrotechnic reactions by thermal analysis. Laye P G and Nelson D C |
| 42 |
Detonation model with spherical sources C: Quasicontinuum
approach - Slow and low velocity detonation. Leiber C-O |
| 43 |
Detonation model with spherical sources D: Fracture
dynamics of initiation - dense quasihomogeneous media. Leiber C-O |
| 44 |
An estimation of the maximum extinction coefficient
for the spherical particle dispersion. Li Fang and Lao Yunliang |
| 45 |
Combustion instability in a rocket motor igniter. Lindsley G I and Queay J |
| 46 |
The area effection in the shock initiation of explosives.
Liu Jupeng, Chen Fumei and Jia Quansheng |
| 47 |
Determination of closure disk rupture parameters. Merten C W, Robinson M A and Evans N A |
| 48 |
Evaluation of a steam induced thermal run-away in a
2-inch process line containing RDX sediments. Middleton T |
| 49 |
An effective low-profile thermite torch. Mohler J H, Halcomb D L and Begeal D R |
| 50 |
Development of an MTV composition as igniter for rocket
propellants. Mul J M, Meulenbrugge J J and de Valk G |
| 51 |
The implications of using insensitive materials in hot
wire devices. Munger A C and Woods C M |
| 52 |
Impact sensitivity and thermal behaviour of commercial
detonators. Nabiullah M, Gupta R N and Singh B |
| 53 |
Composite energetics. Persson P A |
| 54 |
Combustion of pyrotechnic mixtures. Rao V K, Bardon M F and Brière P |
| 55 |
Aerosol cloud generation experiments. Ratzel A C and Constantineau E J |
| 56 |
A semi-analytical model for pressure-time history of
granular pyrotechnic materials in a closed system. Razani A, Shahinpoor M and Hingorani-Norenberg S L |
| 57 |
Energetics of the fluorine metal reaction in energetic
materials. Reed R, Zentner B A, Marrs C D and Mason B E |
| 58 |
Development of a new version of the marine location
marker C-2. Sanschagrin D, Liberman T and St-Onge M |
| 59 |
An example of negative explosives: magnesium sulphate
/ magnesium mixture. Shimizu T |
| 60 |
Safety apron for workers in pyrotechnical workshops
where there is a high risk of high velocity fragments. Stribling G |
| 61 |
Study of the storage stability of a Zr/Ni delay system
using ampoule microcalorimetry. Taylor F R, Lopez L R and Farnell P L |
| 62 |
The import of pyrotechnics into the European Community
- reflections on the future organisation of trade. Treumann H and Pfeil N |
| 63 |
Detonation of oxidiser powders in ethylene gas. Tulis A J, Sumida W K and Egghart H |
| 64 |
Naval Ordnance Station: 100 years of excellence. Valenta F J and Vreatt W H |
| 65 |
Ignition and combustion behaviour of monergolic liquid.
Volk F |
| 66 |
Products of combustion and detonation under different
confinement and pressurisation. Volk F |
| 67 |
Experimental and analytical study of explosive characteristics
for different dust clouds. Zhang Jingling, Zhang Zhijie, Liu Yacun and Shen Jining |
| 68 |
Low cost radio frequency and electrostatic resistant
electric blasting caps, squibs, detonators, cartridges and firing line
filters. Dow R L |
| 69 |
Static failure rate equation of ignition system. Shen Ruiqi and Dai Shizhi |
| 70 |
Use of ultrasonic wet grinding to reduce acidity of
combined product explosive (CPX). Estabrook L C and Somoza C |
| 71 |
A new class of coloured smokes. Reed R and Brady V L |
| 72 |
Characterisation of insensitive explosives formulated
from carbohydrate-metal-explosive components. Tulis A J |
Top
| # |
16th Seminar 1991 Jönköping, Sweden |
| 1 |
Survey of Military Pyrotechnics. Douda B E |
| 2 |
Detonation model with spherical sources. E: Dynamic
particle motion - initiation of heterogeneous materials. Leiber C-O |
| 3 |
Corrections to: Detonation model with spherical sources.
B: Deflagration detonation transition approach. Leiber C-O |
| 4 |
Further investigation of the combustion aspects of sodium
azide, potassium perchlorate and burning catalyst mixtures. Hasue K and Iwama A |
| 5 |
The IR spectra measurements of aerosols using a laboratory
scale dispersive spectrometer. Harkoma M, Lippo H and Hemmil„ M |
| 6 |
STANAG 4363 for identification of explosive components
for fuzing systems. Bartels H, Mosse J and Fitzgerald-Smith J |
| 7 |
Sensitivity testing and analysis. Neyer B T |
| 8 |
The influence of BaO2 on the behaviour of different
metals and Ba(NO3)2 in pyrotechnics. Barasin D, Spasojevic I, Batinic-Haberle I and Ferko R |
| 9 |
Explosion development in charges of black powder. Foteenkov V A, Sulimov A A and Korotkov A I |
| 10 |
A preliminary investigation of the degradation and stabilisation
of the energetic oxetane binder polynimmo. Bunyan P, Cunliffe A V and Davis A |
| 11 |
Safety explosives investigation during the compression. Reynier P |
| 12 |
Determination of burning characteristics of zirconium
and zirconium-nickel alloys with strontium peroxide. Berger B and Haas B |
| 13 |
Combustion and decomposition of azide polymers. Kubota N and Miyazaki T |
| 14 |
Chemical aspects of the ignition of explosives by transient
adiabatic gas compression. Brower K R |
| 15 |
Generator of infrared coherent radiation driven on two-stage
combustion of model solid composition. Novikov S S, Boltovich A N, Vorobjev M V, Svetlichnyi I B and Shugov P N |
| 16 |
Assessment of the behaviour of pyrotechnic compositions
at high strain rate. de Yong L V, Gray R and Redman L |
| 17 |
The use of polymer binders in the continuous processing
of coloured pyrotechnic star compositions. Hodges C, Akhavan J, Williams M and Cook B |
| 18 |
Impulsive dispersion of liquid fuels in air. Labb‚ J L D S, Bardon M F and Sellens R |
| 19 |
Model testing of initiation mechanisms. Hansson N |
| 20 |
The critical initiation energies of composition C4 and
a commercially available sheet explosive. Austing J L, Tulis A J, Daley J E and Egghart H |
| 21 |
European standardisation of fireworks. Pfeil N and Andre H |
| 22 |
The electron energy state structure of new explosive
2-(5-cyanotetrazolato)pentaamminecobalt(III) perchlorate. Geng J and Lao Y |
| 23 |
Ballistic performance of explosives: Influence of charge
size and dimensions. Licht H H |
| 24 |
Thermodynamic calculations of detonation parameters. Gubin S A, Odintsov V V and Pepekin V I |
| 25 |
The use of ammonium nitrate for the increasing of effectivity
of in-situ oil combustion. Sagindykov A, Antipov Yu and Koshkinov Zh |
| -- |
On the dense packing of spherical particles: views of
the packing space and introductory discussion of particle size distributions. Hermance C E |
| 26 |
Modern science and development of pyrotechnic theory
research. Junfeng G |
| 27 |
The effect of hot spots on burning surface and its application
to strobe light formation with mixtures which contain no ammonium perchlorate. Shimizu T |
| 28 |
Electrostatic discharge effects on LBW detonators. Lee R S and Lee R E |
| 29 |
Hot plate ignition characteristics of a sodium azide
propellant. Chan S K |
| 30 |
The preliminary study of ignition properties of shock
wave on powders. Zhang J, Li Z, Hu S and Yu D |
| 31 |
Investigations into thermal behaviour of explosives
for use in hot holes. Nabiullah Md, Singh A K, Singh B and Gupta R N |
| 32 |
Improvement of stab sensitivity test and factors affecting
sensitivity of stab detonator. Hwang J S, Kwon Y W, Kwon S W and Kim C S |
| 33 |
Prediction of extinction coefficients and screening
characteristics by the small particles in the IR wavebands. Hwang S J, Oh S J and Kim C S |
| 34 |
On designing a new plane detonation wave generator. Xiong Y, Ding J and Zhu C |
| 35 |
Safety management in the pyrotechnic industry. Williamson G E |
| 36 |
Development of a reliable, miniature delay system using
zirconium / nickel alloys - potassium perchlorate - barium chromate
Taylor F R and Lopez L R |
| 37 |
Life saving pyrotechnics. Charles A |
| 38 |
Electrical discharge ignition of powders. Smallwood J M |
| 39 |
Areas for future safety research identified by recent
accidents in the pyrotechnics industry. Wharton R K |
| 40 |
Pyrotechnic composition behaviour at sub-atmospheric
pressure. Domanico J A |
| 41 |
An attempt to calculate the burning rates of pyrotechnical
compositions. Widlund T |
| 42 |
The approval of fireworks in France. Branka R and Michot C |
| 43 |
Evaluation of squib performance variables. Munger A C, Woods C M and Phillabaum M R |
| 44 |
A new system for the classification of fireworks. Mul J M and Meulenbrugge J J |
| 45 |
The replacement of undesirable barium chromate by iron(III)
oxide in the tungsten/potassium perchlorate/barium chromate/ Lopez L R, Taylor F R and Broad R N |
| 46 |
Laser ordnance initiation system (LOIS) for aircraft
egress system. Landry M J and Cobbett J A |
| 47 |
Lasers used as optical sources for initiating explosives. Landry M J |
| 48 |
Continuous processing of propellants. McSpadden H J, Baker J J and Schukrafft E |
| 49 |
The structure of solid mixtures and the combustion wave. Frolov Yu V, Nikolsky B E and Pivkina A N |
| 50 |
A clean and hazard-free process for manufacture of colour
smoke ammunition. Chakraborty S R |
| 51 |
CO2 laser ignition behaviour Fetherolf B L, Liiva P M, Hsieh W H and Kuo K K |
| 52 |
Determination of the parameters of a cast and filtration
process to achieve manufacture of a HMX/TNT 85/15 shaped charge by experimental
design. Morand P and Lombard J-M |
| 53 |
Hetero-ionic coupling as a desensitising mechanism in
ammonium nitrate. Norrby L J |
| 54 |
Investigation of the ageing behaviour of propellants
with heat generation, stabiliser, and molar mass degradation. Bohn M A and Volk F |
| 55 |
Fluidised-bed incineration of pyrotechnic waste. Johansson S R, Gustafsson L and Nordh L |
| 56 |
Fire protective clothing in the UK pyrotechnics manufacturing
industry - a critical review of current practice. Sorensen N I and Wharton R K |
| 57 |
Use of chlorine trifluoride for the complete neutralisation
of RDX. Heberlein D C, Egghart H, Snelson A and Tulis A J |
| 58 |
Investigation of the deflagration-to-detonation (DDT)
process: the role of ignition and explosive properties in DDT. Grimley A J, Harlan J G and Fronabarger J W |
| 59 |
Logarithmic equilibrium diagrams and pyrotechnical reactivity.
Bratt I and Johansson S R |
| 60 |
Fire protection systems for munitions manufacturing. Rejvall S |
| -- |
Laser ignition of explosives and its application in
a laser diode based ignition system. Roman N |
| 61 |
Formation of toxic gases by detonation and combustion
of explosives and propellants. Volk F and Jakob R |
| 62 |
Burning velocity of slow burning pyrotechnical compositions
with phase transitions. Loyd D, Andersson G, Karlsson M and Nyhl‚n H |
| 63 |
The performance of miniature non-disruptive detonating
delay cord. Rogers T E and Cardell A E |
| 64 |
Decomposition of NTO: some initial observations. Ostmark H, Bergman H, Åqvist G, Langlet A and Persson B |
| -- |
The APV GS pyrotechnics processing system: mixing, granulating
and drying in a singular closed vessel. Kowalczyk J E and Deming K E |
| 65 |
Instrumented drop ball tester for percussion primers.
Woods C M, Robinson M A, Merten C W, Robbins V E and Begeal D R |
| 66 |
The dependence of tracer performance factors and daylight
on visibility during flight. Gellerstedt N G |
| 67 |
Evaluation of selected protective pyrotechnic glove
wear. Ellenberger D C and Crawshaw L B |
| 68 |
An investigation of the titanium - strontium nitrate
- alloprene pyrotechnic system using simultaneous thermal analysis Emmott P, Griffiths T T, Queay J, Charsley E L and Warrington S B |
| 69 |
Industrial explosive prolonged charge detonation near
limits of spreading. Schwedov K K and Lavrov V V |
Top
| # |
17th Seminar 1991 Beijing, China |
| 1 |
Calculation of colour rendering indexes of illuminating
compositions using the Walter's method. Chen Zuoru, LuoYunhua and Tan Tiande |
| 2 |
Explosive dispersion of viscous incendiary agent. Dai Richeng, Jia Huiping and Chen Hongda |
| 3 |
A study on conductive graphite carboxymethylcellulose
lead azide. Deng Zhenli |
| 4 |
A study on the application of molybdenum delays in parachute
opener of low altitude parabomb. Deng Zhenli and Ding Jun |
| 5 |
Evolved gas analysis studies of titanium based pyrotechnic
systems. Emmott P, Griffiths T T, Queay J and Charsley E L |
| 6 |
Ignition temperatures by thermal analysis. Feng Hongtu, Laye P G and Rose D J |
| 7 |
Electrical igniter with liquid propellant. Frieske H J and Klingenberg G |
| 8 |
A study of measurements of viscoelasticities of oil-based
incendiary agents. Gui Dayong and Chen Qin |
| 9 |
Correlation between performance characteristics and
formulation of plastic bonded smoke compositions based on PVC-chloroparaffins. Hadhoud M K, Gouda M S, Massaud M H and Sherif S A |
| 10 |
The effect of structure parameters of a booster on its
output. Hu Shuangqi and Zhang Jinglin |
| 11 |
The relation between energy output of the igniting charge
and burning stability of the delay composition. Huang Ping |
| 12 |
The optimum design for delay time of TBI. Hui Ningli |
| 13 |
Experimental measurement on the STD process in a detonator. Jia Quansheng, Wang Tinzeng and Chen Fumei |
| 14 |
Simulation corrosion studies of the effect of red phosphorus
with brass. Linda Kok, Oh Tai Beng and Saw Geok Lay |
| 15 |
Statistical distribution of spherical aerial fireworks
shell lateral drift effects. Kosanke K L and Kosanke B J |
| 16 |
An investigation of the cold-smoke complex materials
with the KBr disc technique in IR extinction. Lao Yunliang, Geng Junfeng and Li Fang |
| 17 |
Algorithms for the scattering coefficient of shell-core
particles in the infrared region. Li Fang, Lao Yunliang and Chen Fumei |
| 18 |
The application of pyrotechnic composition in base bleed
projectile. Lu Hongze |
| 19 |
Determination of relative spectral power distribution
of illuminants using spectrophotometric comparison method. Lu Liye and Liu Changcheng |
| 20 |
A new method of determining infrared spectral characteristics
of screening smoke. Luo Yunhua, Chen Zuoru and Tan Tiande |
| 21 |
Insensitive ignition composition Mg-Te02. Ma Hongxuan, Chen Zhiwei and Jao Yanling |
| 22 |
A study on the infrared radiation of pyrotechnic compositions. Pan Gongpei, Zhu Changiiang and Wang Zhaoqun |
| 23 |
New technical development on welding of electric bridgewires
by laser beam. Song Jianzhuang and Li Yongzheng |
| 24 |
Sodium nitrate based illuminant candle in spin-stabilized
illuminating projectile. Sun Yanxian and Chen Yanxia |
| 25 |
A new thermodynamic model for phosphorus-derived smoke
droplets. Xiao Jianjun and Yao Yuliang |
| 26 |
Optical properties of phosphorus-derived smoke. Xiao Jianjun and Yao Yuliang |
| 27 |
Microelectronic delay detonator. Xu Zhenxiang, Liu Xiguang, Du Qixue and Gu Jihui |
| 28 |
Response of pyrotechnic compositions to fast and slow
cookoff. de Yong L and Redman L |
| 29 |
The mechanism of solid state reaction of silicon - red
lead delay composition. Zhong Jun, Lao Yunliang and Zhou Congzhang |
| 30 |
IR optical properties at 10.6 micron of a pyrotechnic
screening smoke. Zhou Jin and Miao Yunkun |
| 31 |
Synthesis and properties of salts of 3-nitro-1,2,4-triazol-5-one.
Fu Xiayun, Zhu Chunhua, Zhou Jihua |
| 32 |
Synthesis and properties of tetranitropropanediurea. Hong Guanlin and Zhu Chunhua |
| 33 |
Modified preparation and nitration of 3-picrylamino-1,2,4-triazole. Li Jiarong, Chen Boren and Ou Yuxiang |
| 34 |
The reaction of nitrourea in organic synthesis. Liu Xiongmin and Zhang Xihe |
| 35 |
Investigation on condensation reaction and its kinetics
for 3,3'-dichloro-4,6'-dinitrodiphenylamine. Lu Chunxu, Lu Zaoseng and Cai Chun |
| 36 |
Investigation of the 'structure-property' relationships
of powerful compact chemical sources of energy. Pivina T S and Shlyapochnikov V A |
| 37 |
Studies on HMX synthesis from paraformaldehyde and ammonium
nitrate. Ren Tesheng and Yan Hong |
| 38 |
Synthesis of the pentacyclo [4.3. 0.02.5.03.8.04.7]
nonane-2,4- bis(trinitro-ethylester). Su Zhuang, Guan Xiaopei and Yu Yongzhong |
| 39 |
Synthesis of new types of nitrocompounds and the problem
of their stability. Tartakovsky V A |
| 40 |
Reactions of 1,1,2,2-tetranitroaminoethane and properties
of its tetrasodium salt. Wan Daozheng |
| 41 |
Synthesis of N,N'-bis(2,4-dinitrobenzofuroxan)-1,3,5-trinitro-2,6-diaminobenzene.
Wang Naixing, Chen Boren and Ou Yuxiang |
| 42 |
Theoretical studies on conformation of DPT and its nitrolysis.
Xiao Heming, Tang Zehua and Ling Yue |
| 43 |
A study on condensation of ammonium nitrate in the process
of hexamine nitrolysis. Yao Qizheng, Zhang Yujian |
| 44 |
Technological studies on K-process for production of
RDX. Ye Yupdng, Chen Shushen, Jia Suyun and Guo Fumin |
| 45 |
Size grading of HMX in nitric acid. Ye Yupdng, Chen Yongsheng and Ye Ling |
| 46 |
Synthesis of some polynitrodiols and their acetal compounds. Zhang Tingli, Yang Jianguo, Ai Peizhi and Tian Zhanghuai |
| 47 |
Relationships between the electron structures of urotropine
nitrolysis fragments and their reactivity in Mannich reaction. Zhang Yuejun, Dong Wei, Shi Jie and Li Weimin |
| 48 |
Quantum chemical studies on structure-property relationships
of NTO. Zhou Guangyao and Hong Guanlin |
| 49 |
Low pressure compression initiation of bubble sensitized
watergels and emulsion explosives. Chan S K and Feng K K |
| 50 |
Rapid method for the analysis of hydroxyl ammonium nitrate.
Tung-ho Chen |
| 51 |
A study on compatibility of emulsifying agent and gelling
agent. Cheng Jingcai |
| 52 |
Study on improvement of technology and micro-moisture
determination of composition A5. Dai Longze |
| 53 |
Studies on wetting properties of oil fuel phase to ammonium
nitrate in industrial explosives. Hong Youqiou, Song Quichai and Xiang Li |
| 54 |
The effects of RDX and NGU on the dynamic mechanical
behaviour and morphological structure of NC-matrix. Hu Guosheng, Luo Yunjun, Zhang Lihua, Zeng Zhaohuang, et al |
| 55 |
Dynamic compaction of solid propellant. Huang Fenglei, Bai Chunhua and Ding Jing |
| 56 |
The LOVA composite explosives containing DINGU. Li Jiamin |
| 57 |
An improvement on mechanical behaviour of PBX at low
temperature using a new blending binder. Li Shengying, Zhao Shengxiang, Sun Guoxiang, Jian Chengwei, et al |
| 58 |
Observation of polymeric ions derived from nitramine
mixtures and nitramine propellants by mass spectrometry. Liang Handong, Fu Rounong and Ni Jihua |
| 59 |
An investigation of interfacial interactions between
RDX and polymer binders by FTIR photoacoustic spectroscopy. Liu Yongliang, Wang Yuan, Ren Shaoxuan and Jiang Chengwei |
| 60 |
TNT equivalency of fuel-air explosives. Peng Jinhua and Tang Mingjun |
| 61 |
Understanding composite explosive energetics: ii reactive
flow modelling of aluminum reaction kinetics in PETN, RDX and TNT. Tao W C, Tarver C M, Breithaupt D R and Ornillas D L |
| 62 |
Selection of FAE fuels. Wang Boliang and Tang Mingjun |
| 63 |
Determination of minor polymers in composite explosives
by pyrolysis-gas chromatography. Wang Yandong and Zhou Mingming |
| 64 |
Development of insensitive PBX-charges. Wanninger Paul |
| 65 |
Ordered solidification technique under low pressures
in the loading of molten explosives. Xu Gengguang, Liu Derun, Wang Tingzeng and He Dechang |
| 66 |
A preliminary research on water resistance of RJ emulsion
explosive Yang Peilu |
| 67 |
Military use of the ancient gunpowder in China. Yang Shuo and Ding Jing |
| 68 |
Influences of turbulence on violence of explosion in
propane-air gas mixture. Zhao Hengyang, Lee Jian, Atsumi Miyake and Terushige Ogawa |
| 69 |
Forming properties of explosive RT-1 Zhou Lin, Xu Junpei, Wang Tingzeng and He Dechang |
| 70 |
Kinetic laws and mechanism of thermal decomposition
of cellulose nitrate after different stages of stabilization Chrapkovskiy G M, Rafeev V A, Marsheva W N and Rubthov Ju I |
| 71 |
Thermochemical studies of inorganic and organic azides.
Finch A, Gardner P J, Head A J, Wu Xiaoping |
| 72 |
Electronic structure and thermal decomposition of high
energy coordination compound CP. Geng Junfeng and Lao Yunliang |
| 73 |
Relationships between combustion and condensed phase
thermal decomposition of HMX-CMDB propellant. Jia Huiping and Bai Mulan |
| 74 |
Some peculiarities of molecule structure influence on
the kinetic parameters of primary act of aliphatic nitrocompounds thermal
decay Khrapkovsky G M, Rubstov Yu I, Rafeev V A and Marchenko G N |
| 75 |
Determination of thermal conductivity of explosives
and related materials by differential scanning calorimetry. Kong Yanghui, Liu Ziru, Wu Chengyun and Yin Cuimei |
| 76 |
Kinetics of thermal decomposition of 2, 2', 4, 4', 6,
6'-hexanitrodiphenylamine potassium salt (HNKD) Kou Qinge |
| 77 |
Thermal decomposition of alpha-lead azide adulterated
with nonstoichiometric oxide. Lao Yunliang, Li Zhengyu and Gao Xiang |
| 78 |
Investigation of glycidyl azide polymer. Li Changqing, Wang Ping and Huang Yue |
| 79 |
Studies on hyrolysis kinetics of 3,7-dinitro-1,3,5,7-tetrazabicyclo[3.3.1]nonane
(DPT) Li Weimin, Xi Meihong and Zong Hongying |
| 80 |
Molecular orbital studies on mechanism of thermal decomposition
of dimethylnitramine. Ling Yue, Tang Zehua and Xiao Heming |
| 81 |
Mechanism studies on the thermochemical decomposition
of TNT. Liu Peide and Brower K R |
| 82 |
Kinetics and mechanism of the chemical processes in
compositions of aluminium with nitrates under influence of water Lurie B A, Svetlov B S and Chernishov A N |
| 83 |
Investigation on thermal stability of pentaerythritol
tetranitrate(petn)and 1,3,3,5,7,7-hexanitro-1,5-diazacyclooctane (CHO)
by using chemiluminescence (CL) technique Ou Yuxiang, Wu Yukai and Yang Qifang |
| 84 |
Change of molecular characteristics in the course of
thermal decomposition of cellulose nitrate. Rogov Yu N, Smirnov L P and Leksina L N |
| 85 |
Thermal decomposition of some energetic materials. Singh A K, Nabiullah Md and Singh B |
| 86 |
A rapid screening method to evaluate the compatibility
of explosives with contacted materials - thermal analysis method. Sun Lixia, Hu Rongzu, Wu Shanxiang and Liang Yanjun |
| 87 |
Studies on hydrolysis of methyl nitrate by quantum mechanical
and molecular mechanical methods. Wang Daxi, Xiao Heming and Li Shusen |
| 88 |
Thermal behaviour of 3-nitro-1,2,4-triazol-5-one(NTO)
and its salts. Xie Yi, Hu Rongzu, Wang Xiyou and Fu Xiayun |
| 89 |
Determination of heat capacity of explosives and related
materials by DSC. Yin Cuimei, Liu Ziru, Wang Ganghe and Wu Chengyun |
| 90 |
An approximative calculation of a-factors of unimolecular
thermal decomposition of explosives. Zhang Xihe and Gao Dayuan |
| 91 |
Estimation of heats of formation, fusion, sublimation
and evaporation of nitrobenzene and its related compounds. Zhang Tingli |
| 92 |
Investigation of decomposition kinetics and reaction
mechanism of organic azide polymer GAP. Zhang Xiaoyi and Cheng Xuening |
| 93 |
Shock initiation and detonation of the high energy modified
double-base (HMDB) propellant. Bai Chunhua, Huang Fenglei, Huan Shi and Ding Jing |
| 94 |
Investigation on extremely dense gaseous explosives. Bauer P, Dunand M, Presles H N and Hueze O |
| 95 |
Experimental investigation of cylindrical detonations
in high vapor pressure sprays. Chen Houhe, Bao Guongang, Zhang Chunyun and Zhang Zhencai |
| 96 |
The minimum energy for direct initiation of gaseous
detonation. Chen Houhe and Sun Mingzhen |
| 97 |
The effect of cover plate on the impact initiation of
explosives. Pei Chi Chou, Deshou Liang and De Jun Li |
| 98 |
Influence of particle size on explosion characteristics
of aluminium dust clouds. Ding Dayu, Wang Boliang, Tang Mingjun and Pu Yikang |
| 99 |
Numerical modelling of detonation using high resolution
schemes. Ding Gangyi, Wang Tingzeng, Xu Gengguang and Jia Quansheng |
| 100 |
China detonation research in the eighties. Ding Jing |
| 101 |
Ignition by an electrically heated wire in systems with
simultaneous parallel reactions: its criticality and the disappearance
of criticality (transition). Du Zhiming and Feng Changgen |
| 102 |
Some recent studies of the thermal explosion theories.
Feng Changgen, Du Zhiming and Zeng Qingxuan |
| 103 |
Influence of chemical nature of substituent on the burning
rate of 5-substituted tetrazoles. Fogelzang A E, Egorshev V Yu and Sinditsky V P |
| 104 |
Theoretical derivation of Kamlet's law. Gao Dayuan and Zhang Xihe |
| 105 |
Effect of decoupling ratio on explosion-generated expansion
velocity for the cylindrical concrete medium. Gap Xiuzhu and Ding Jing |
| 106 |
Deflagration and high-temperature ignition of RDX and
HMX. Glazkova A P, Aphansyev G T and Postnov S I |
| 107 |
The influence of variations in charge density and flyer
mass on the movement of explosive-driven flyers. Gu Yan, Dong Qingdong and Xu Zhuqing |
| 108 |
Studies on thermal shock test for cylinder explosive.
Hao Ying and Yang Yao |
| 109 |
Detonation velocity d of less sensitive HE charges. Held M |
| 110 |
A modified phenomenological model for shock initiation
in heterogeneous explosives. Huan Shi, Bai Chunhua, Huang Fenglei and Ding Jing |
| 111 |
Double constant-current method for measuring the middle-amplitude
pressure with piezoresistive transducers. Huang Zhengping, Feng Xichun and Hong Bing |
| 112 |
3-D measurement of deformation for an aluminium plate
under explosive loading. Huang Tao and Tan Xianxiang |
| 113 |
Analysis and processing of analog signal for particle
velocity of pressed TNT. Huang Zhengping, Zhang Hanping and Lin Jiang |
| 114 |
Numerical simulation of detonation. Jia Quansheng, Feng Changgen and Chen Fumei |
| 115 |
Two-dimensional simulations for high speed collision
and convergent shock wave propagation in PMMA. Jia Quansheng, Feng Changgen and Liu Jupeng |
| 116 |
The retonation phenomenon in heterogeneous explosives. Jia Quansheng, Liu Jupeng and Chen Fumei |
| 117 |
Reaction mechanism of detonation of lead azide. Jing Zhongxing and Song Quancai |
| 118 |
Features of industrial explosive initiation by strong
shock waves. Lavrov V V and Shwedov K K |
| 119 |
Detonation model with spherical sources G: dynamic void
mobilities HVD initiation of liquid explosives. Leiber C-O |
| 120 |
Detonation model with spherical sources F: dynamic void
mobilities alteration of the Hugoniots by bubble flow. Leiber C-O |
| 121 |
The design of a computer interface circuit of a transient
recorder for explosion parameters. Li Guoxin and Cheng Guoyuan |
| 122 |
Design of the controlling circuit for the twenty-litre
explosion jar. Li Guoxin and Jiao Qingjie |
| 123 |
The design of calculation program for equilibrium compositions
and energy properties in combustion and explosion reactions of energetic
materials. Li Guoxin, Xu Youwen and Luo Hongwei |
| 124 |
A study on SDDT behavior of several insensitive explosives. Li Jiacong, Jia Jianxin, Ji Xiuqing and Jiang Xueyun |
| 125 |
The influence of initiator on detonation at turning
corner. Li Jupeng, Jia Quansheng, Cai Ruijiao and Chen Fumei |
| 126 |
Theoretical and experimental studies on fragmentation
of thin-wall cylinder under internal explosive loading. Ma Xiaoqing, Chen Meiling and Zhou Lanting |
| 127 |
Measurement of detonation velocity in small-diameter
charges. Mao Jinsheng, Cai Ruijiao and Chen Fumei |
| 128 |
Non-ideal detonation behaviour of prilled ammonium nitrate.
Atsumi Miyake and Terushige Ogawa |
| 129 |
Variational property and estimation of critical state.
Qin Chengsen and Zhang Tongjin |
| 130 |
Study on the explosion reaction equation of tetrazene. Sheng Dilun |
| 131 |
Performance evaluation of insensitive explosives. Simpson R L, Kury J W, Nichols A L and Breithaupt R D |
| 132 |
Laser initiation of explosives and its applications.
Sun Chengwei |
| 133 |
Observations of spinning detonation in two-phase, fuel-particle
solids dispersed in gas one-dimensional detonation tube studies. Tulis A J, Sumida W K, Egghart H and Heberlein D C |
| 134 |
Analysis of multidimensional combustion and detonation
regimes by bifurcation theory. Volpert A I |
| 135 |
A method for determining the thermal explosion parameters
of explosives. Wang Liqiong and Cheng Xinfa |
| 136 |
Deflagration-to-detonation transition (DDT) in a heterogeneous
explosive. Wang Ping, Luo Yuan, Jia Quansheng and Chen Fumei |
| 137 |
The divergence and transmission of detonation wave in
the TATB/HMX boosters. Wei Yuzhang and Zheng Peisen |
| 138 |
Progress in VLW equation of state of detonation products.
Wu Xiong |
| 139 |
Investigations on a projectile explosive with high ignitability
and low detonation velocity. Yin Haiquan, Zhao Aixian, Gong Huihong and Liu Jun |
| 140 |
Investigation on explosive acceleration of the thickness-varying
plates. Yun Shourong, Hou Xiaofan and Hong Bing |
| 141 |
Thermal explosion and time to ignition in uniform-temperature
systems: behaviour at points of criticality. Zeng Qingxuan, Du Zhiming, Feng Changgen and Zhang Qin |
| 142 |
An asymptotic analysis of criticality of thermal ignition
at the extreme of small Biot number and large activation energy. Zeng Qingxuan, Wang Shushan, Du Zhiming and Feng Changgen |
| 143 |
Experimental investigations on the oblique reflection
of detonation wave at explosive-metal interface. Zhang Baoping, Jiang Chunlan, Hong Bing and Lu Chun |
| 144 |
One dimensional dynamical dislocation model of initiation
of detonation of homogeneous condensed explosives. Zhang Guanren |
| 145 |
Numerical computation on explosion of a charge in air.
Zhang Shukun, Zhou Kai and Chen Xirong |
| 146 |
The flow of products behind the diverging detonation
front. Zhao Feng, Sun Chengwei and Chen Peiqi |
| 147 |
The safety analysis in the French explosive or pyrotechnic
establishments. Amiable R |
| 148 |
New concepts in studying electrostatic discharge hazards
of propellants, pyrotechnics and explosives. Dahn C J |
| 149 |
Test method for impact sensitivity of explosive pellet.
Hu Qingxian |
| 150 |
Electrostatic discharge sensitivity of mixtures of boron/oxidizer.
Eishi Kuroda and Toshiyuki Nagaishi |
| 151 |
A new evaluation method for the reliability and safety
of explosives. Liu Baoguang, Wu Qizong and Jia Fuchen |
| 152 |
A study on minimum ignition energy of energetic materials
(TNT, RDX and PETN). Liu Weiqin, Wang Peilan, Liang Junyan and Zeng Xiangzhi |
| 153 |
Explosion hazard assessment of some explosive dusts. Liu Yueun and Zhang Jinglin |
| 154 |
A more efficient method of evaluating results from impact
sensitivity test. Prytz A |
| 155 |
A study on impact sensitivity of explosive charges.
Sun Yebin |
| 156 |
Stab sensitivity of detonator under moving condition.
Wang Yonghui, Cai Ruijiao, Hua Guang and Wang Shushan |
| 157 |
Correlation of shock and impact sensitivity test results.
Tadao Yoshida, Jianzhou Wu, Xingxi Zhou and Fujisoku Yoshizawa |
| 158 |
Hazard evaluation of dibenzoylperoxide (BPO). Tadao Yoshida, Jianzhou Wu, Fumjo Hosoya and Hideo Hatano |
| 159 |
Evaluation of thermal safeness of explosives. Zhang Jinglin and Zhang Baomin |
| 160 | The influence of ignition condition on the minimum ignition energy of TNT dust cloud. Zhagn Ruiping, Liu Weiqin, Wang Peilan and Wang Haifu |
| 161 |
In-bore safety of the booster charge. Zhou Tiansheng and Chen Qingsheng |
| 162 |
Development of powder-like metallized fuel for pulsed
geophysical MHD plants. Aitov N L, Zeigarnik V A, Novikov V A and Okunev V I |
| 163 |
Thermal regeneration process and facility for treatment
of activated carbon saturated with nitrocompound in TNT acidic waste.
Guan Ping |
| 164 |
Ground vibration and infrasound caused by underwater
explosion energy tests. Naota Kobayashi, Shigeru Kagami and Eishi Kurado |
| 165 |
Commercial explosives and their fatal impact - a police
perspective. Lemieux F M |
| 166 |
Safety utilization of out-of-service single base propellant. Liu Jiping |
| 167 |
Study on the treatment of wastewaters containing NG,
DNT and TNT by biological technology. Yang Xingguo, Bai Qikun and Zhang Xiang |
| 168 |
Kinetic method for controlling exudation of TNT. Ying Shiying |
| 169 |
Effect of characteristics of powder on its explosive
consolidation process. Zhagn Dengxia, Ma Chengui, Cai Ming and Ai Baoren |
| 170 |
Peaceful powder - to national economy. Zhukov B P |
| 171 |
The detonating fuse for ensuring a complete detonation
of explosive charges in blasting holes, safe for methane and coal dust. Sabola J and Swietlik M |
| 172 |
Quantitative evaluation of the hidden danger of serious
accidents in propellant, explosive and ammunition factories and enterprises:
equation for the degree of actual hazard (DAH) for systems with da Zhang Guoshun |
Top
| # |
18th Seminar 1992 Breckenridge, Colorado, USA |
| 1 |
Shock ignitability test for medium-sensitive pyrotechnic
compositions. Aoki K, Hara K, Peng J, Yoshida T, Hatono H and Hosoya F |
| 2 |
The shock initiation of PBXN-301 (XTX-8003) by impact
of aan exlosively driven flyer plate across an air gap. Dihu R J, Tulis A J, Fronabarger J W, Lohmann J W, Luoma J A, Rentfrow R W and Comeyne W |
| 3 |
The handling and processing of explosives. Bailey A, Chapman D, Williams M R and Wharton R |
| 4 |
Carbon resistor pressure gauge applications in very
high pressure regimes. Baker D E, Austing J L and Tulis A J |
| 5 |
Flammability limits of hydrocarbon mixtures at elevated
initial pressure and temperature. Bauer P A, Sarrazin Y D, Hamouda A K and Heuze O |
| 6 |
Combustion of energetic azide/nitramine materials. Bazaki H, Mitarai Y and Iida A |
| 7 |
Advanced development of the laser initiated transfer
energy subsystem (LITES). Bachowski T |
| 8 |
Low explosives as potential bursting charges. Brière P |
| 9 |
Ignition transient analysis of the Hyun-moo solid rocket
booster using a one dimensional two phase model. Suk-Tae Chang, Hong-Seok Cha and Jin-Suk Jung |
| 10 |
Ignition and flame spread system with LVD tube. Chen Jiakun, Yao Xiongjian and Shen Ruiqi |
| 11 |
The structure, charge and properties of non-primary
explosive, double-cap commercial detonator. Cheng Yi, Xu Zhenxiang and Qin Zhichun |
| 12 |
Shock-induced changes of the morphological characteristics
of an explosive powder. Cherin H, Bournisien D and Lemoine D |
| 13 |
Extending estimation of C-J pressure of explosives to
the very low density region. Cooper P W |
| 14 |
Corrosion protection of magnesium powder in pyrotechnic
compositions. de Yong L V |
| 15 |
Progress report on low cost, broadband RF and electrostatic
protection for electroexplosive devices (EEDS) Dow R L |
| 16 |
Studies on the first reaction stage in the titanium-sodium
nitrate-alloprene pyrotechnic system. Emmott P, Griffiths T T, Queay J, Charsley E L and Warrington S B |
| 17 |
Use of thin-film samples to study thermal decomposition
chemistry of explosives. Erickson K L, Trott W M and Renlund A M |
| 18 |
Improved 2-D finite difference model for laser diode
ignited components. Ewick D W |
| 19 |
Direct methods in dynamic measurement of detonation
output from a detonator. Feng Changgen, Jia Quansheng, Zhen Guangping and Luo Yu'an |
| 20 |
Ignition of nitrocellulose in various atmospheres. Finnerty A E, Bowers S A and Schroeder M O |
| 21 |
Disposal of obsolete, unguided aircraft rockets. Flückiger R |
| 22 |
A study on burning behaviour of chemical analogues of
explosive CP. Vogelzang A E, Egorshev V Yu, Sinditsky V P, Serushkin V V and Saclanty A R |
| 23 |
Modelling low energy laser ignition of explosive and
pyrotechnic powders. Glass M W, Merson J A and Salas F J |
| 24 |
Fractal and chaotic properties of combustion processes. Grabski R |
| 25 |
A semiconductor bridge ignited gas generator. Grubelich M C and Bickes R W |
| 26 |
A new tool for explosive ordnance disposal. Hancox R J and Bentley J R |
| 27 |
Visual small gap test for high-sensitive pyrotechnic
compositions. Hara K, Aoki K, Peng J, Yoshida T, Hatano H and Hosoya F |
| 28 |
Combustion aspects of the mixtures composed of sodium
azide and some oxidizers at cryogenic temperatures. Hasue K, Kazumi T and Iwama A |
| 29 |
Enhancement of detonation characteristics of fuel-rich
explosives with interhalogens. Heberlein D C, Egghart H, Tulis A J, Snelson A and Austing J L |
| 30 |
Pyrotechnic calculations using the BKW-EOS with a large
product species data base. Hobbs M L and Baer M R |
| 31 |
Calculation of viral coefficients for EOS of detonation
and combustion products. Hu Shaoming and Li Chenfang |
| 32 |
Combustion of ascorbic acid with KNO3. Hussain G and Rees G J |
| 33 |
Development of an ignition composition for igniter of
base bleed unit. Jun Sik Hwang and Sun Hee Woo |
| 34 |
Combustion of metallized propellants for solid ramjets.
Iida A |
| 35 |
Thermal decomposition and autocatalysis of HMX. Jia Huiping and Bai Mulan |
| 36 |
Practicable courses to achieve the effective killing
of fireballs. Jia Huiping and Chen Qin |
| 37 |
Catalytic ozone/ultraviolet (O3/UV) treatment of wastewater
containing mixtures of organic and inorganic pollutants. Jody B J, Dihu R J, Judeikis H and Takimoto H |
| 38 |
Application of optical flame detection systems to pyrotechnics
and munition applications. Klapmeier K M |
| 39 |
Ignition mechanism of pyrotechnic materials by electrostatic
discharge. Kuroda E and Nagaishi T |
| 40 |
Shock parameter measurement of underwater explosion
by prescale (pressure sensitive paper). Kuroda E, Yoneda J, Kagami S and Kobayasi N |
| 41 |
Burning rate of Mg/TF pyrolants. Kuwahara T and Ochiai T |
| 42 |
Development of low energy electric detonator, XDS. Yong Won Kwon, Sang Moo Lee and Jung Bok Lee |
| 43 |
Detonation model with spherical sources. H: low velocity
detonation of solid explosives - a summary. Leiber C-O |
| 44 |
On double explosions. Leiber C-O |
| 45 |
Countermeasure training round. Lohkamp C W, Sanders T J and Brown P R |
| 46 |
Development of a novel pyrotechnic snake. Lombard H S and van Rooyen F |
| 47 |
Measuring performance characteristics of PBXN-202 Meade S C and Johnson D C |
| 48 |
Continuous processing of MTV decoy flares. Mueller D |
| 49 |
Hot-wire vs laser, is there a difference? Munger A C, Beckman T M and Kramer D P |
| 50 |
Spectroscopic and thermodynamic studies on ammonium
nitrate. Norrby L J |
| 51 |
Exploratory studies on flame structure of pyrotechnic
compositions. Pan Gonpei and Shen Ruiqi |
| 52 |
Hexogen and its homological series. Pivina T S, Molchanova M S, Shlyapochnikov V A, Sukhachev D V, Xiao Heming, Lu Lu De, Yu Bai Heng and Gong Xue Dong |
| 53 |
Fire extinguishing pyrotechnics. Reed R, Brady V L and Hitner J M |
| 54 |
The chemistry of extinguishable propellants. Reed R and Brady V L |
| 55 |
Characterisation, fabrication and modelling of HMX for
high performance hot-wire devices. Renfro S L and Roemer E L |
| 56 |
On the stability of manganese pyrotechnic delay compositions.
Ricks T F and Valenta F J |
| 57 |
The effect of azo-dye structure on the activation energy
of some coloured smoke ignition. Sadek M A and Fayed M Sh |
| 58 |
Mechanical and detonation characteristics of fluorel-octogen
PBX's. Sadek M A, Moeen M H, Abdel Shafy A and Hadhoud M K |
| 59 |
Modelling of slapper detonators. Sanchidrian J A and Cabezas C F |
| 60 |
Using university undergraduate engineering senior design
course students to conduct pyrotechnics (fireworks) research and development.
Schneider R L and Schneider S C |
| 61 |
Experimental studies on flowing process of gas-solid
phase in ignition rocket motor. Shen Ruiqi, Dai Shizhi and Ye Yinghua |
| 62 |
Thermal decomposition and spectral characteristics of
2-amino-anthraquinone. Shen Ruiqi, SunTongju, Dai Shizhi and Wang Naiyan |
| 63 |
The surface explosion of pyrotechnic mixtures. Shimizu T |
| 64 |
Microcalorimetric study of the aging characteristics
of silicon fuel in pyrotechnic ignition compositions. Shortridge R G and Hubble B R |
| 65 |
Electrical discharge incendivity to a pyrotechnic powder. Smallwood J M and Bailey A G |
| 66 |
New insights in high temperature pyronol chemistry.
Turetsky A L and Young G |
| 67 |
Energy output of insensitive high explosives by measuring
the detonation products Volk F |
| 68 |
The initiation and detonation of explosives-an alternative
concept. Walker F E |
| 69 |
Charcoal-free black powder type granules and process. Weber A B |
| 70 |
Properties of selected high explosives. Weinheimer R |
| 71 |
Development of a laser ignited all secondary explosive
DDT detonator Woods C M, Spangler E M, Beckman T M and Kramer D P |
| 72 |
Crack initiation and propagation in burning metalized
solid propellants. Wu S R, Lu Y C, Kuo K K and Yang V |
| 73 |
Modelling initiation of explosives by projectile impact. Yactor R J |
| 74 |
Statistical analysis of explosive accidents. Ye Yinghua, Shen Ruiqi and Dai Shizhi |
| 75 |
A consideration on impact and shock sensitivity tests
(2). Yoshida T, Aoki K, Hara K, Peng J, Okitsu T and Suzuki J |
| 76 |
Engineering and scientific computer codes of interest
to the pyrotechnic community. Zohuri B and Weinheimer R |
| 77 |
Dispersion of fragments resulting from an inadvertent
incinerator explosion. Ballou R D and Schneider R L |
| 78 |
Detonation tube studies of heterogeneous solid powder-gas
fuel/oxidizer detonations. Egghart H, Heberlein D C, Tulis A J and Sumida W K |
| 79 |
Computer study of formation enthalpies for molecules
of high-energy explosives. Marchenko G N, Pivina T S and Shlyapochnikov V A |
| 80 |
Detonation characterization of powerful but insensitive
explosive compositions: the glycerine/aluminum/ammonium perchlorate
system. Tulis A J, Dihu R J, Sumida W K, Austing J L, Egghart H and Heberlein D C |
| 81 |
Energetic material initiation sensitivity. I. kinetically
regulated rate-controlling mechanistic steps. Shackelford S A |
| 82 |
Energetic material sensitivity. II. chemical structure/mechanism
relationship to sensitivity. Shackelford S A |
| 83 |
Modelling of thermal phenomena induced by munition accidents
on board ships. Fournier A D and Lallemand C G |
| 84 |
The influence of some binders on the ignition activation
energy of some commercial coloured smoke mixtures. Soliman M G, Fayed M Sh and Sadek M A |
| 85 |
Electrostatic hazards in bulk powder operations. Dahn C J and Reyes B N |
Top
| # |
19th Seminar 1994 Christchurch, New Zealand |
| 1 |
Stabilizing firework compositions, (i) minimum solubility
law to foresee the degeneration, (ii) a new chemical method of magnesium
coating |
| 2 |
Mechanism of unimolecular elimination of nitrogen and
its kinetic parameters in the thermal decomposition of organic azides.
Prokudin V G |
| 3 |
Suitable explosive to use in hot holes in fire-affected
areas. Jagdish, Nabiullah M D, Pingua B M P and Dhar B B |
| 4 |
Detonation model with spherical sources K: critical
dimension phenomena - asymptotic considerations. Leiber C-O |
| 5 |
Measuring combustion temperature of high-temperature
(2000-8000 °C) pyrotechnic compositions on W - Re thermocouple. Pan Gongpei, Hao Jianchun, Jiang Delu and Su Buguei |
| 6 |
Acoustic effect and its modelling for energetic material
ignition by laser. Ruiqi Shen, Shizhi Dai and Yinghua Ye |
| 7 |
Thermal decomposition of sodium azide. Nagaishi T |
| 8 |
Delay times and transition times by small vertical gaps
to the detonation front. Held M |
| 9 |
Detonation profiles in HE-charges with longitudinal
gaps Held M |
| 10 |
Electrostatic discharge sensitivity of pyrotechnic materials
by dust ignition mechanism. Kuroda Eishi |
| 11 |
Combustion performance and safety evaluation of Mg/PTFE
pyrotechnic compositions. Miyake A, Kitoh K, Ogawa T, Kazama N, Tsuji S and Watanabe M |
| 12 |
Blast pressure from exploding firework mortars. Contestabile E |
| 13 |
Thermal analysis of DMNB, an explosive detection agent. Jones D E G, Augsten R A, Murnaghan K P, Handa Y P and Ratcliffe C I |
| 14 |
Detection agents for explosives. Jones D E G, Augsten R A and Feng K K |
| 15 |
The development of laser ignited deflagration-to-detonation
transition (DDT) detonators and pyrotechnic actuators. Merson J A, Salas F J and Harlan J G |
| 16 |
The reaction of red lead-ferrosilicon-antimony (III)
sulphide delay compositions. Nakamura H, Hara Y, Ebina Y and Kusaka Y |
| 17 |
Explosive potential characterization of pyrotechnics. Munger A C |
| 18 |
Design of advanced composite gas generator case. Whang D S |
| 19 |
Sensitivity analysis for a pyrotechnically actuated
pin puller model. Powers J M and Gonthier K A |
| 20 |
The determination of optimum size for booster pellet
of fixed volume. Hu Shuangqi |
| 21 |
On the mechanism and kinetic parameters of the reaction
between starting molecules in thermal decomposition of organic azides
and diazocompounds in aprotic solvents. Prokudin V |
| 22 |
1,3-dipolar structures in thermal monomolecular decomposition
of high energy heterocyclic molecules (furazans, furoxans, tetrazoles).
mechanisms of reactions and kinetic parameters. Prokudin V G |
| 23 |
New fuel-binder, hydrogenated hydroxy-terminated polyisoprene
for composite propellants and plastic bonded explosives. Iwama A, Takahashi T, Saito T, Matsui K, Yoneda J and Hasue K |
| 24 |
The theoretical estimating energy content of energetic
compounds in solid state: from additive methods to the QSPR approach.
Pivina T S, Sukhachev D V, Volk F S and Bathelt H G |
| 25 |
A new kinetics and the simplicity of detonation. Walker F |
| 26 |
Novel high burning rate titanium/carbon pyrotechnic
coatings. Kelly P J and Tinston S F |
| 27 |
Environmentally benign alternatives to open burning/open
detonation (OB/OD) destruction of energetic material (EM) production
wastes. Schneider R L and Donahue B A |
| 28 |
Development and qualification testing of a laser-ignited,
all secondary (DDT) detonator. Blachowski T J |
| 29 |
Precision ignition of cluster rockets. Betts R E |
| 30 |
Studies on thermal decomposition of pyrotechnic composition. Nabiullah M D, Pingua B M P, Jagdish and Dhar B B |
| 31 |
Acoustic octave band analysis of pyrotechnic whistles.
Domanico J A, Tracy G V and Gerber M N |
| 32 |
Interaction of powdered aluminium with water vapour.
Lurie B, Skopintseva L, Lushkin V and Chernyshov A |
| 33 |
Evaluation of deflagration properties for tetrazole-oxidiser
composition using a small scale deflagration test. Wu J Z, Arai M, Matsuzawa T and Tamura M |
| 34 |
Impact tests of a solid rocket motor. Matsunaga T |
| 35 |
Safety research of fireworks at NIMC, MITL. Matsunaga T, Nakayama Y, Iida M and Tanaka K |
| 36 |
Development of submunition dispersion systems for cluster
warhead. Hwang Jun-Sik |
| 37 |
Geometric shock initiation of energetic materials. Weinheimer R |
| 38 |
Viscosity measurements in uncured HTPB solid model propellant. Akhavan J |
| 39 |
Measurement and interpretation of the peak noise levels
produced by a range of fireworks. Wharton R K and Thomson B J |
| 40 |
Standardisation of pyrotechnic signal compositions for
various signal ammunitions. Bindra R S, Edgaonkar P S and Saha P K |
| 41 |
Standardisation of pyrotechnic delay compositions and
delay system. Bindra R S, Edgaonkar P S and Saha P K |
| 42 |
Simulation of non-azide gas generant for automotive
airbag inflators. Kishimoto J, Hayashi M and Yoshida T |
| 43 |
Vaporization of NH4N(NO2)2 and tentative identification
of HN(NO2)2 by IR matrix isolation spectroscopy. Snelson A, Tulis A J, Heberlein D C and Patel D L |
| 44 |
Deflagration to detonation transition in porous propellants,
transition processes. Smirnov N N and Dimitrienko I D |
| 45 |
The use of equilibrium and kinetic computer codes to
study the combustion of MTV formulations. de Yong L V and Griffiths T T |
| 46 |
Degradation of magnesium powder: the development of
an improved magnesium based flare composition. de Yong L V and Wilson M |
| 47 |
Studies on low smoke photoflash compositions. Hancox R, Wilson M and Whiffen B |
| 48 |
The energetic material functioning test system. Broxton A and Chin A |
| 49 |
Test and evaluation of subscale cookoff technology for
surveillance of thermal hazards of stored munitions. Anton C and Plooster M N |
| 50 |
Determination of detonation products under different
conditions. Volk F and Schedelbauer F |
| 51 |
The shock initiation of covered explosive and pyrotechnic
charges by flyer plate impact across an air gap. III -assessment of
uncertainty in the unreacted shock Hugoniot of composition A4. Austing J L and Pape R |
| 52 |
The initiation of accumulated RDX explosive powders
by a detonating dispersed explosive cloud. Austing J L, Tulis A J, Hrdina D J, Patel D L, Heberlein D C and Egghar H |
| 53 |
A study on the detonability of methyl hydroperoxide. Hasegawa K, Hosoya F and Yoshida T |
| 54 |
Insensitive energetic materials and environmental awareness
- a challenge for research. Schubert H |
| 55 |
Preliminary studies on the first reaction stage in the
magnesium-sodium nitrate-alloprene pyrotechnic system. Griffiths T T, Queay J, Charsley E L and Warrington S B |
Top
| # |
20th Seminar 1994 Colorado Springs, Colorado, USA |
|
|
Pyrotechnical Aspects of self-propagating high temperature
synthesis. Merzhanov A G This paper was the PLENARY LECTURE for this Seminar. This paper is not in the 20th Proceedings. A paper copy can be obtained from NSWC, Code 40C, Bernie Douda, CRANE INDIANA 47522-5001 USA |
| 1 |
The development of a whistling pyrotechnic. Akhavan J and Costello M E |
| 2 |
Detonation of emulsion explosive. Alymova Ja V, Annikov V E and Kondrikov B N |
| 3 |
Viscous energetic liquid explosive formulations sensitized
with glass microballoons: I. Formulation data and initiation criteria. Austing J L, Tulis A J, Brzycki D E, Patel D L and Heberlain D C |
| 4 |
Viscous energetic liquid explosive formulations sensitized
with glass microballoons: II. Quantitative initiation and detonation
measurements. Austing J L, Tulis A J, Brzycki D E, Foxx C E, Gribbon G R, Baker D E, Patel D L and Heberlain D C |
| 5 |
The vulnerability of pyrotechnic stores. Barnes P, Shepperson C, Cardell A E and Queay J |
| 6 |
A simple method for the calculation of detonation characteristics
of dense gaseous explosives. Bauer P and Heuz‚ O |
| 7 |
Prediction of detonation characteristics of dense gaseous
explosives on the basis of virial equations of state. Bauer P, Presles H N and Heuz‚ O |
| 8 |
A high temperature hermetic primer and a variable spring
tester. Begeal D R |
| 9 |
Risk assessment of pyrotechnic compositions. Branka R and Michot C |
| 10 |
Removal/recovery/reuse of energetics in Navy munitions.
Burch D, Sims K and Johnson M |
| 11 |
Developmental coloured smoke systems based on azide-containing
polymeric binders. Caldwell N J, Hutslar N E and Clements T W |
| 12 |
A lumped-parameter airbag gas generator model. Chan S K |
| 13 |
Regulations on air-bags and seat-belt tensioners (abstract
only). Charles A E |
| 14 |
OCAPY: a computer code for safety assessment. Chelius T, Cherin H, Cordelle F and Belmas R |
| 15 |
Sensitization by damage of explosive compositions. Cherin H, Lemoine D and Pauton M |
| 16 |
Numerical study of ignition transient in a solid rocket
motor. Chang S T and Han S |
| 17 |
Microcalorimetric study of the thermal stability and
ageing characteristics of Al/AP/PU based propellant. Chin A and Ellison D S |
| 18 |
Comments on TNT equivalence. Cooper P W |
| 19 |
High velocity impact sensitiveness of Mg/NaNO3/polymer
pyrotechnic compositions. de Yong L V, Redman L D and Gray R |
| 20 |
VEXDAM and pyrotechnic safety hazard classification. Dillehay D |
| 21 |
Adjusting the frequency output of pyrotechnic whistles. Domanico J A, Tracy G V and Gerber M N |
| 22 |
The chemical aspect of the mechanism for generating
detonation energy by explosives with various atomic compositions. Eremenko L T and Nesterenko D A |
| 23 |
The thermal decomposition kinetics of explosives by
combined linear and non-linear method. Changgen Feng, Canbo Li, Xia Du, Shijin Chu, Xaioyi Chang, Zhimin Du and Quingxuan Zeng |
| 24 |
The critical parameters of thermal explosion of energetic
materials with finite cylindrical and infinite tetrahedral-rod geometries
for Frank-Kamenetskii systems. Changgen Feng, Xia Du, Shijin Chu, Zhimin Du and Quingxuan Zeng |
| 25 |
The study of the mechanism of oscillatory solid-phase
combustion by non-linear chemical model. Chenggen Feng, Quingxuan Zeng and Zhimin Du |
| 26 |
The study of the mechanism of oscillatory solid phase
combustion by non linear chemical kinetic model. Changgen Feng, Qingxuan Zeng and Zhimin Du |
| 27 |
Portable, solid state, fiber optic coupled velocity
interferometer system for high speed motion and shock diagnostics. Fleming K J and Crump O B |
| 28 |
Fractals and flammeability. Frolov Yu V and Pivkina A N |
| 29 |
BMCP prototype detonator studies using a semiconductor
bridge initiator. Fyfe D W, Fronabarger J W and Bickes R W |
| 30 |
Flame propagation in mixtures of metal particles and
air. Gauthier J E D and Bardon M F |
| 31 |
Mechanical effects in cookoff modeling. Gross R J, Baer M R and Hobbs M L |
| 32 |
Direct initiation of some secondary explosives by means
of CO2 laser irradiation. Hasue K and Iwama A |
| 33 |
Hazard analysis of manufacture of non-azide propellants
for automotive airbag inflators. Hara K, Shimizu Y, Higashi K, Nojima T, Hasegawa T and Yoshida T |
| 34 |
Characteristics of HNF. Hatano H, Onda T, Kiname S and Suzuki S |
| 35 |
Energetic, insensitive, environmentally-friendly composite
explosives: based on CHO/metal/oxidiser formulations. Heberlein D C, Patel D L, Tulis A J, Dihu R and Sumida W K |
| 36 |
On the three dimensional dense packing of spheres: what
does it look like? Where is the metal? Hermance C E |
| 37 |
A constitutive mechanical model for energetic materials.
Hobbs M L, Baer M R and Gross R J |
| 38 |
Mathematical model for flaking process on explosives
manufacture Hu Shaoming and Li Chenfang |
| 39 |
Experimental measurements of partially confined hot
fragment conductive ignition. Huang T H, Thynell S T and Kuo K K |
| 40 |
Development of low burning rate solid propellant for
base bleed applications. Hwang J-S and Kim C-K |
| 41 |
Application of air bag technology for submunition dispersion. Hwang J-S and Kim J-S |
| 42 |
A new method for evaluating the acoustic combustion
stability of solid propellants. Iwama A, Saito T and Hori K |
| 43 |
Comparison of burning silicon - red lead compositions
in closed and vented systems. Jakubko J |
| 44 |
Mk 72 sea water battery storage life when exposed to
the atmosphere. Johnson D C |
| 45 |
RM-6EX: computer method for hazard energy output appraisal
and estimation of explosiveness based on both thermodynamic and kinetic
viewpoint Kaderabek V |
| 46 |
The influence of the external heat flow on the stationary
burning rate of condensed systems. Kashporov L Ya, Sheludyak Yu E, Kondrikov B N, Obeziaev N V and Raspopin A G |
| 47 |
Temperature of the aluminum based mixtures by stationary
burning wave. Kashporov L Ya, Sheludyak Yu E and Obeziaev N V |
| 48 |
Demonstration of gas generator utilising HTPB/AN composite
solid propellant. Kim J S and Hwang J S |
| 49 |
Ignition of the high explosives. Kondrikov B N and Kozak G D |
| 50 |
Design and development of laser-ignited explosive and
pyrotechnic devices. Kramer D P, Munger A C, Dosser L R and Holy J A |
| 51 |
Modelling of physicochemical processes of RDX monopropellant
with detailed treatments for surface reaction zone. Kuo K K and Lu Y-C |
| 52 |
Combustion and sensitivity characteristics of AN/metals
pyrolants. Kuwahara T and Kubozuka S |
| 53 |
Adjusted closed vessel experiments for testing new LOVA
igniter compositions. Leenders J and Meulenbrugge J J |
| 54 |
Detonation model with spherical sources l: critical
dimension phenomena near the sources in a linear array. Leiber C-O |
| 55 |
Reactivity of strongly confined granular explosives
submitted to slow heating. Lemoine D, Authesserre J, Cherin H and Letremy R |
| 56 |
Studies to increase the combustion efficiency of boron
fuel. Lee Chenfang |
| 57 |
Research on explosive logic circuits with 2 input and
5 output. Liu Jupeng, Zhang Anrong and Zhang Chongwei |
| 58 |
Miniature explosive logic network in igniter system.
Liu Jupeng, Zhang Anrong and Zhang Chongwei |
| 59 |
Powdered carbon as a catalyst of the redox chemical
conversions. Lurie B, Groshev D, Mihno A and Lushkin V |
| 60 |
Safety analysis of optically ignited explosive and pyrotechnic
devices. Merson J A, Salas F J and Holswade S |
| 61 |
Experimentally proved numerical modelling of detonation
ignition and development in TATB-based HE in terms of desensitisation
by shock and detonation waves interaction. Morozov V G, Karpenko I I, Olkhov D V, Shamraev B N, Sokolov S S, Plaksin I E, Evstigneev A A, Kovtun A D, Gerasimenko V F, Shuikin A N, Komrachkov V A, Makarov J M, Gerasimov V M and Shutov V I |
| 62 |
Combustion properties of Al/KClO3, Al/KClO4 pyrotechnic
compositions for fireworks. Miyake A, Aochi T, Ogawa T, Hatanaka S and Miyahara A |
| 63 |
Combustion of Ti and Zr particles with KNO3. Miyata K and Kubota N |
| 64 |
The reaction of titanium hydride - boron - potassium
perchlorate mixtures. Nakamura H, Hara Y, Arai E and Watanabe M |
| 65 |
Study on stab sensitivity in dynamic test. Yan Nan, Cai Reijiao and Hua Guang |
| 66 |
Prediction of the impact sensitivity by neural networks.
Nefati H, Cense J-M, Legendre J-J and Michot C |
| 67 |
Burning behavior of high explosives and pyrotechnic
compositions. Nojima T, Hara K, Hasegawa T, Iwakura M, Hosoya F and Yoshida T |
| 68 |
Evaluation of thermal stability of energetic materials.
Ohtsuka Y, Matsuo M, Kaneko S and Yoshida T |
| 69 |
Experiments on base drag reduction by combustion of
pyrotechnic composition containing Sr(NO3)2-Mg-308A resin. Pan Gongpei and Hao Jianchun |
| 70 |
The elaboration of an ab initio method for structural
generation of synthones aimed at creating energetic materials. Pivina T S, Scherbukhin V V, Molchanova M S, Arnautova E A, Dzyabchenko A V and Suslov I A |
| 71 |
Kinetic parameters of propellants from thermogravimetric
data. Rao V K, Bardon M F and Stowe R A |
| 72 |
Recent advances in fire extinguishing pyrotechnics.
Reed R, Brady V L and Hitner J M |
| 73 |
A comparison of the properties of ammonium perchlorate
with other oxidants in thermochemical engineering applications. Rees G J |
| 74 |
Pyrotechnic production equipment. Rion R |
| 75 |
The adiabatic exponent in steady detonation. Roth J |
| 76 |
Dynamic behavior of an insensitive explosive composition.
Rousseau C, Authesserre J and Belmas R |
| 77 |
Improvement of the explosive characteristics and thermal
stability of emulsion explosive compositions. Seleet M M, Moeen M H, Radwan M A and Mostafa A E |
| 78 |
Combustion characteristics of the regional composite
propellant. Ruiqi Shen and Sulin Chen |
| 79 |
Burning rate and grain size of component materials of
pyrotechnic mixtures. Shimizu T |
| 80 |
A comparison of FTIR and CVF radiometric data. Shortridge W, Hillenbrand E A, Douda B E and Webster H A |
| 81 |
Ignition of energy material by hot fragment attack:
a case study. Underhill P R and Bardon M F |
| 82 |
Life time determination of doublebase propellant for
inflator systems. Volk F |
| 83 |
A comparison of the classical and modern theory of detonation. Walker F |
| 84 |
The combustion and explosion of pyrotechnic whistling
compositions. Wilson M A |
| 85 |
Influence of some parameters on the lower explosible
limit of aluminum powder. Xi Tianrui, Fan Xisheng and Wang Xinqun |
| 86 |
Driven ignition and combustion of solid propellants
by CO2 laser: experimental results. Zanotti C and Giuliani P |
| 87 |
The pre-ignition reaction of silicon and red lead composition.
Zhou Congzhang, Lao Yunliang and Zhong Jun |
| 88 |
Electrostatic hazards in bulk powder operations. Dahn C J |
| 89 |
Development of a high endoatmospheric decoy interceptor
flare. Farnell P L |
| 90 |
Interpretation of detonation velocity data in non-ideal
configurations. Pape R, Baker D E and Austing J |
| 91 |
The numerical modeling of an explosive dissemination
system Sun B, Gidaspaw D, Pape R and Comeyne W |
| 92 |
Parametric analytical TIGER code assessment of Chapman-Jouguet
characteristics of starch/aluminum/ammonium perchlorate powders dispersed
in air. Tulis A J, Dihu R, Sumida W K, Patel D L and Heberlein D C |
| 93 |
Black powder substitute investigation. Turner D W |
| 94 |
Detonation of organic dust-air mixtures. Wolanski P |
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