1-6 | Synthesis of Insensitive 5,5′-Azotetrazolate Salts | Kirstin F. Warner; Richard H. Granholm |
7-25 | A First-Order Linear Model for the Estimation of Detonation Velocity | Lem Türker |
26-45 | Effect of Initial Temperature and Pressure on the Burning Rate of AGAT/AN Mixtures | Yasuyoshi Miyata; Kazuo Hasue |
46-60 | Reducing Dangerous Effects of Unsymmetrical Dimethylhydrazine as a Liquid Propellant by Addition of Hydroxyethylhydrazine—Part I: Physical Properties | Mohammad Hossein Keshavarz; Alireza Ramadan; Ali Mousaviazar; Abbas Zali; Karim Esmaeilpour; Fariborz Atabaki; Arash Shokrolahi |
61-74 | Calcium 5-Nitriminotetrazolate—A Green Replacement for Lead Azide in Priming Charges | Niko Fischer; T. M. Klapötke; Jörg Stierstorfer |
251-272 | Density Functional Theory Study of Several Nitrotriazole Derivatives | Li Xiaohong; Chen Qingdong; Zhang Xianzhou |
273-284 | Control of the Particle Size of Submicron HMX Explosive by Spraying in Non-Solvent | Yadollah Bayat; Mohammad Eghdamtalab; Vida Zeynali |
285-298 | Thermal Safety Study on TEGDN/NG/NC Gun Propellant | J. H. Yi; F. Q. Zhao; R. Z. Hu; L. Xue; S. Y. Xu |
299-317 | Theory and Modeling of Liquid Explosive Detonation | Craig M. Tarver; Paul A. Urtiew |
318-337 | Computational Study of Main Mechanisms for Gas-Phase Decomposition of 1,1- and 1,2-Dinitroethane | Roman V. Tsyshevsky; Ilia V. Aristov; Denis V. Chachkov; Alexander G. Shamov; Grigorii M. Khrapkovskii |
173-188 | Studies on Pre-Ignition Reactions of Hydrocarbon-Based Rocket Fuels Hypergolic with Red Fuming Nitric Acid as Oxidizer | Suresh G. Kulkarni; Vrushali S. Bagalkote |
189-201 | Crystal State of 1,3,5-Triamino-2,4,6-Trinitrobenzene (TATB) Undergoing Thermal Cycling Process | Jie Sun; Bin Kang; Chao Xue; Yu Liu; Yunxia Xia; Xiaofeng Liu; Wei Zhang |
202-218 | Computational Studies on Nitro-Azaboriridine—A High-Energetic Material | Priyanka Srivastava; Hari Ji Singh |
219-228 | High-Level Calculations on Nitrosooxyalanes: Possible New High-Energy Materials? | Michael L. Stouffer; David W. Ball |
229-249 | Synthesis and Characterization of Furazan Energetics ADAAF and DOATF | Jacqueline M. Veauthier; David E. Chavez; Bryce C. Tappan; Damon A. Parrish |
77-84 | The Effect of Ambient Temperature and Boron Content on the Burning Rate of the B/Pb3O4 Delay Compositions | Yanchun Li; Yi Cheng; Yun-Long Hui; Shi Yan |
85-97 | Novel Nitrocellulose Made from Bacterial Cellulose | Dong-Ping Sun; Bo Ma; Chun-Lin Zhu; Chang-Sheng Liu; Jia-Zhi Yang |
98-113 | Quantum-Chemical Studies on TATB Processes | R. S. Patil; S. Radhakrishnan; P. M. Jadhav; V. D. Ghule; T. Soman |
114-138 | The Properties of Ammonium Dinitramine (ADN): Part 2: Melt Casting | A. Hahma; H. Edvinsson; H. Östmark |
139-171 | A DFT Study on Nitro Derivatives of Pyridine | Lemi Türker; Selçuk Gümüş; Taner Atalar |
1-16 | Identification of α-Chloro-2,2′,4,4′,6,6′-Hexanitrobibenzyl as an Impurity in Hexanitrostilbene | A. J. Bellamy |
17-34 | A Simple Method to Estimate the Critical Temperature of Thermal Explosion for Energetic Materials Using Nonisothermal DSC | L. Xue; F. Q. Zhao; R. Z. Hu; H. X. Gao |
35-44 | Synthesis of RDX Catalyzed by Brønsted Acidic Ionic Liquids | G. Cheng; X. Li; X. Qi; C. Lu |
45-76 | New Correlations for Predicting Impact Sensitivities of Nitro Energetic Compounds | W. -P. Lai; P. Lian; B. -Z. Wang; Z. -X. Ge |
231-246 | Process Optimization for Synthesis of CL-20 | A. K. Mandal; C. S. Pant; S. M. Kasar; T. Soman |
247-262 | Hexanitrohexaazaadamantane: A New Potential High-Energy-Density Compound Superior to Hexanitrohexaazaisowurtzitane (CL-20) | Xiao-Juan Xu; Wei-Hua Zhu; He-Ming Xiao |
263-295 | Theoretical Study of the Tautomeric Reactions of Dinitromethane and Its Radical Cation | Roman V. Tsyshevsky; Guzel G. Garifzianova; Denis V. Chachkov; Alexander G. Shamov; Grigorii M. Khrapkovskii |
145-165 | Non-Solid Explosives for Shaped Charges. Part II. Target Penetration with Metal Liner Devices Using Sensitized Nitromethane Liquid Explosive | Michael Cartwright; David Lloyd-Roach; Peter J. Simpson |
166-185 | Non-Solid Explosives for Shaped Charges. Part III. Metal Liner Devices Used in Explosive Ordnance Disposal Operations | Michael Cartwright; Peter J. Simpson |
186-199 | A New View of Relationships of the N–N Bond Dissociation Energies of Cyclic Nitramines. Part I. Relationships with Heats of Fusion | Taner Atalar; Svatopluk Zeman |
200-216 | A New View of Relationships of the N–N Bond Dissociation Energies of Cyclic Nitramines. Part II. Relationships with Impact Sensitivity | Taner Atalar; Marcela Jungová; Svatopluk Zeman |
217-229 | A New View of Relationships of the N–N Bond Dissociation Energies of Cyclic Nitramines. Part III. Relationship with Detonation Velocity | Svatopluk Zeman; Taner Atalar |
63-93 | Decomposition of Azo- and Hydrazo-Linked Bis Triazines | Jimmie C. Oxley; James L. Smith; Jesse S. Moran |
94-109 | Structure-Impact Sensitivity Relation of Certain Explosive Compounds | Lemi Türker |
110-117 | Synthesis of 3,6-bis(3-azido-1,2,4-triazol-1-yl)-1,2,4,5-tetrazine | David E. Chavez; Richard D. Gilardi |
118-132 | Preparation and Safety of Well-Dispersed RDX Particles Coated with Cured HTPB | C. W. An; X. D. Guo; X. L. Song; Y. Wang; F. S. Li |
133-143 | Prediction of Caged Polyaza Polynitroamine (Tetracyclo-HMX) as Energetic Compound | Xue-Hai Ju; Zun-Yao Wang |
1-16 | Inducing Nanoscale Morphology Changes of Pentaerythritol Tetranitrate Using a Heated Atomic Force Microscope Cantilever | Omkar A. Nafday; Brandon L. Weeks; William P. King; Jungchul Lee |
17-39 | Decompositions of Urea and Guanidine Nitrates | Jimmie C. Oxley; James L. Smith; Sweta Naik; Jesse Moran |
40-50 | Studies on Triple Base Gun Propellant Based on Two Energetic Azido Esters | Kavita Ghosh; Chandra Shekher Pant; Rakesh Sanghavi; Sushma Adhav; Amarjit Singh |
51-62 | Theoretical Study of 2,4,6-Tris(3′,5′-Diamino-2′,4′,6′-Trinitrophenylamino)-1,3,5-Triazine | Xue-Hai Ju; Zun-Yao Wang |
197-206 | Analysis of Explosives Using Ultra Performance Liquid Chromatography (UPLC®) with UV and/or Mass Spectrometry Detection | Stuart A. Oehrle |
207-219 | Stability and Degradation Processes of Pentaerythritol Tetranitrate (PETN) on Metal Oxide Surfaces | Melissa Mileham; Jonathan Burk; Preya Bhavsar; A. E. Stiegman; Michael P. Kramer |
220-229 | Gaseous Products of Dinitromethane Decomposition Determined by DTA/FTIR | Jan Ottis; Zdeněk Jalový; Františeke Liška |
230-245 | A Theoretical Study of Highly Nitrated Azacubanes | Jinshan Li; Hui Huang; Yigang Huang; Haishan Dong |
246-273 | Benzylamine-Free, Heavy-Metal-Free Synthesis of CL-20 via Hexa(1-propenyl)hexaazaisowurtzitane | Robert D. Chapman; Richard A. Hollins |
139-162 | Comparison of New and Legacy TATBs | D. Mark Hoffman; Trevor M. Willey; Alexander R. Mitchell; Sabrina C. Depiero |
163-180 | Explosive Detection by Microthermal Analysis | Asaf Zuck; Jeremy Greenblatt; Adi Zifman; Amalia Zaltsman; Shay Kendler; Gad Frishman; Sheffer Meltzer; Ilanit Fisher |
181-195 | A Theoretical Study on Nitrourea and its Tautomers | Lemi Türker; Selçuk Gümüş; Taner Atalar; Sencer Atlanel |
79-101 | Mechanically Induced Damage in Composite Plastic-Bonded Explosives: A Small Angle Neutron and X-ray Study | S. F. Trevino; D. A. Wiegand |
102-114 | Comparative Study on the Role of DPT on the Formation of HMX in Semi-Batch and Continuous Process | S. Radhakrishnan; K. Sunil Kumar; T. Soman; V. L. Narasimhan |
115-138 | Thermodynamic, Transport, and Viscoelastic Properties of PBX-9501 Binder: A Molecular Dynamics Simulations Study | H. Davande; D. Bedrov; G. D. Smith |
1-28 | Effects of Endothermic Binders on Times to Explosion of HMX- and TATB-Based Plastic Bonded Explosives | Craig M. Tarver; Jake G. Koerner |
29-51 | Processing of Gun Propellants in Continuous Shear Roll Mills | Halil Gevgilili; Dilhan M. Kalyon; Anand Shah |
52-69 | Particle Size Effects on Thermal Decomposition of Energetic Material | M. Fathollahi; S. M. Pourmortazavi; S. G. Hosseini |
70-78 | Submicron-Sized Gamma-HMX: II. Effect of Pressing on Phase Transition | D. S. Moore; K. -Y. Lee; S. I. Hagelberg |
203-212 | Effect of Impurity Doping on the Morphology of Pentaerythritol Tetranitrate Crystals | R. Pitchimani; L. J. Hope-Weeks; G. Zhang; B. L. Weeks |
213-231 | Synthesis and Characterization of Ultrafine TATB | A. K. Nandi; S. M. Kasar; U. Thanigaivelan; M. Ghosh; A. K. Mandal; S. C. Bhattacharyya |
233-245 | Studies on a Novel Thermoplastic Polyurethane as a Binder for Extruded Composite Propellants | K. S. Mulage; R. N. Patkar; V. D. Deuskar; S. M. Pundlik; S. D. Kakade; M. Gupta |
247-271 | Safety in Design and Manufacturing of Extruders Used for the Continuous Processing of Energetic Formulations | J. E. Kowalczyk; M. Malik; D. M. Kalyon; H. Gevgilili; D. F. Fair; M. Mezger; M. Fair |
141-160 | A Study of Reduced-Sensitivity RDX | J. Oxley; J. Smith; R. Buco; J. Huang |
161-171 | Submicron-Sized Gamma-HMX: 1. Preparation and Initial Characterization | K.-Y. Lee; D. S. Moore; B. W. Asay; A. Llobet |
173-201 | Twin-Screw Extrusion of Nano-Alumina–Based Simulants of Energetic Formulations Involving Gel-Based Binders | S. Ozkan; H. Gevgilili; D. M. Kalyon; J. Kowalczyk; M. Mezger |
69-78 | Preparation and Thermal Decomposition Reaction of p-Chloro Benzaldehyde Diperoxide in Tetrahydrofuran Solution | Karina R. Nesprias; Adriana I. Cañizo; Nora Eyler; Carmen M. Mateo; Nelly L. Jorge |
79-109 | Synthesis and Characterization of Blowing Agents and Hypergolics | Alan R. Katritzky; James W. Rogers; Rachel M. Witek; Anatoliy V. Vakulenko; Prabhu P. Mohapatra; Peter J. Steel; Reddy Damavarapu |
111-127 | Non-Solid Explosives for Shaped Charges I: Explosive Parameters Measurements for Sensitized Liquid Explosives | M. Cartwright; D. Lloyd-Roach; P. J. Simpson |
129-139 | A Novel and Highly Efficient Catalytic System for Trinitration of Aromatic Compounds: Ytterbium Perfluorooctanesulfonate and Perfluorooctanesulfonic Acid in Fluorous Solvents | W. -B. Yi; C. Cai |
1-18 | Hydrolysis of Hexanitrohexaazaisowurtzitane (CL-20) | Julius Pavlov; Christos Christodoulatos; Mohammed Sidhoum; Steven Nicolich; Wendy Balas; Agamemnon Koutsospyros |
19-34 | Stability and Degradation Processes of 2,4,6-Trinitrotoluene (TNT) on Metal Oxide Surfaces | Melissa Mileham; A. E. Stiegman; Michael P. Kramer |
35-47 | Preparation and Characterization of Nano-NTO Explosive | Guangcheng Yang; Fude Nie; Jinshan Li; Qiuxia Guo; Zhiqiang Qiao |
49-67 | Development of Particle Concentration Distributions and Burn Rate Gradients upon Shear-Induced Particle Migration during Processing of Energetic Suspensions | Melquiades Allende; David F. Fair; Dilhan M. Kalyon; Donald Chiu; Sam Moy |
271-305 | Characterization of Fe/KClO4 Heat Powders and Pellets | Ronald A. Guidotti; Judy Odinek; Frederick W. Reinhardt |
307-320 | Deuterium Effect on Thermal Decomposition of Deuterated Gap: 1. Slow Thermal Analysis with a TGA-DTA-FTIR-MS | Sophie Ringuette; Robert Stowe; Charles Dubois; Gérard Charlet; Queenie Kwok; David E. G. Jones |
321-331 | Electrothermal Response and Functional Characteristics of Barium Ferrocyanide–Based Squibs | S. M. Deshmukh; C. K. Ghatak; P. R. Arya; M. R. Somayajulu; A. Subhananda Rao |
333-339 | Dendtritic Azido Ester: A Potential Energetic Additive for High Energy Material (HEM) Formulations | Chandra Shekhar Pant; R. M. Wagh; J. K. Nair; T. Mukundan |
341-360 | Nanoenergetic Composite of Mesoporous Iron Oxide and Aluminum Nanoparticles | Bhushan Mehendale; Rajesh Shende; Senthil Subramanian; Shubhra Gangopadhyay; Paul Redner; Deepak Kapoor; Steven Nicolich |
173-174 | Foreword | Dilhan M. Kalyon |
175-193 | Use of Adjustable-Gap On-Line and Off-Line Slit Rheometers for the Characterization of the Wall Slip and Shear Viscosity Behavior of Energetic Formulations | Dilhan M. Kalyon; Halil Gevgilili; James E. Kowalczyk; Suzanne E. Prickett; Constance M. Murphy |
213-245 | An Overview of the Rheological Behavior and Characterization of Energetic Formulations: Ramifications on Safety and Product Quality | Dilhan M. Kalyon |
247-269 | Rheological Characterization of Nitrocellulose Gels | Elvan Birinci; Halil Gevgilili; Dilhan M. Kalyon; Berton Greenberg; David F. Fair; Andrew Perich |
195-212 | Squeeze Flow Rheometry for Rheological Characterization of Energetic Formulations | D. M. Kalyon; H. S. Tang; B. Karuv |
67-68 | Foreword | Dilhan M. Kalyon |
69-101 | Recrystallization of CL-20 and HNFX from Solution for Rigorous Control of the Polymorph Type: Part I, Mathematical Modeling using Molecular Dynamics Method | Z. Peralta-Inga; N. Degirmenbasi; U. Olgun; H. Gocmez; D. M. Kalyon |
103-139 | Recrystallization of CL-20 and HNFX from Solution for Rigorous Control of the Polymorph Type: Part II, Experimental Studies | N. Degirmenbasi; Z. Peralta-Inga; U. Olgun; H. Gocmez; D. M. Kalyon |
141-156 | Formation of Aluminum Nanoparticles upon Condensation from Vapor Phase for Energetic Applications | R. Schefflan; S. Kovenklioglu; D. Kalyon; M. Mezger; M. Leng |
157-172 | Mathematical Model for a Fed-Batch Crystallization Process for Energetic Crystals to Achieve Targeted Size Distributions | Ralph Schefflan; Suphan Kovenklioglu; Dilhan Kalyon; Paul Redner; Eileen Heider |
1-15 | A Novel On-Chip Diagnostic Method to Measure Burn Rates of Energetic Materials | Shantanu Bhattacharya; Yuanfang Gao; Steven Apperson; Senthil Subramaniam; Rajesh Shende; Shubhra Gangopadhyay; Evgueni Talantsev |
17-33 | Predicting the Impact Sensitivities of Polynitro Compounds Using Quantum Chemical Descriptors | N. R. Badders; C. Wei; A. A. Aldeeb; W. J. Rogers; M. S. Mannan |
35-65 | Mesoscopic Approach to Energetic Material Sensitivity | Alba Lalitha Ramaswamy |
205-237 | Quantum Chemistry–Based Force Field for Simulations of Energetic Dinitro Compounds | Hemali Davande; Oleg Borodin; Grant D. Smith; Thomas D. Sewell |
239-264 | Characterization and Identification of Explosives and Explosive Residues Using GC-MS, an FTIR Microscope, and HPTLC | S. P. Sharma; S. C. Lahiri |
133-149 | A Theoretical Study of Polynitropyridines and their N-oxides | Jinshan Li; Yigang Huang; Haishan Dong |
151-168 | Detonation Properties of Low-Sensitivity NTO-Based Explosives | Waldemar A. Trzciński; Leszek Szymańczyk |
169-181 | Vibrational Spectroscopic Studies of Alane | Chak-pan Wong; Philip J. Miller |
183-203 | Sensitivity of 2,6-Diamino-3,5-Dinitropyrazine-1-Oxide | Craig M. Tarver; Paul A. Urtiew; Tri D. Tran |
59-73 | Modeling of Closed-Vessel Experiments and Ballistic Parameter Estimation | Jorge Luiz Da Silva Porto De Oliveira; Acácio Antônio Mesquita Furtado Filho; Gustavo Mendes Platt; Fernando Cunha Peixoto |
75-98 | Mechanical Properties of Confined Explosives | Donald A. Wiegand; Brett Reddingius |
99-106 | Preparation, Characterization, and Properties of 7-Nitrotetrazolo[1,5-f ]furazano[4,5-b]pyridine 1-Oxide | My Hang V. Huynh; Michael A. Hiskey; David E. Chavez; Richard D. Gilardi |
107-119 | Theoretical Investigation of the Relationship between Impact Sensitivity and the Charges of the Nitro Group in Nitro Compounds | Zhang Chaoyang; Shu Yuanjie; Huang Yigang; Wang Xinfeng |
121-130 | Computational Study of Picric Acid and Potassium Picrate | Xue-Hai Ju; Xiao-Juan Xu; He-Ming Xiao |
131 | Erratum |
1-25 | A “Nanovision” of the Physiochemical Phenomena Occurring in Nanoparticles of Aluminum | Alba L. Ramaswamy; Pamela Kaste |
27-32 | Preparation and Explosive Properties of Tetraamminebis(3,5-Dinitro-1,2,4-Triazolato-N1)Copper(II) | My Hang V. Huynh; Michael A. Hiskey; Richard Gilardi |
33-41 | Crystal Structure of the 1:1 Adduct of Hexanitrostilbene and Dioxan | Anthony J. Bellamy; Terence P. Price; Mary F. Mahon; Rod Drake; Janella Mansell |
43-58 | Microstrain and Defect Analysis of CL-20 Crystals by Novel X-Ray Methods | R. Yazici; D. Kalyon |
181-197 | Composition Choice and Formulation of Three HMX-Based Research Explosives | G. T. Sutherland; L. J. Brousard; J. F. Leahy; S. Prickett; J. S. Deiter |
199-216 | Aspects of the Tribology of the Plastic Bonded Explosive (PBX) 9404 | D. Mark Hoffman; Jeffrey B. Chandler |
217-229 | 4,4′,6,6′-Tetra-Substituted Hydrazo- and Azo-1,3,5-Triazines | My Hang V. Huynh; Michael A. Hiskey; Colin J. Pollard; Dennis P. Montoya; Ernest L. Hartline; Richard Gilardi |
231-250 | The Conversion of a Boron-Containing Pyrotechnic Mix to a “Ceramic-Like” Material by Electron Beam Interaction | Alba L. Ramaswamy; John Glass; Phil Renn; Phil Sturgill |
117-126 | Synthesis, Characterization, and Thermal and Explosive Properties of Alkali Metal Salts of 5,7-Diamino-4,6-Dinitrobenzofuroxan (CL-14) | Mehilal; N. Sikder; S. K. Chougule; A. K. Sikder; B. R. Gandhe |
127-150 | Wettability of Ammonium Nitrate Prills | Queenie S. M. Kwok; Peeter Kruus; David E. G. Jones |
151-169 | Studies on Nonaluminized High Burning Rate AP-Composite Propellants | G. M. Gore; A. N. Nazare; C. N. Divekar; S. K. Hait; S. N. Asthana |
171-179 | Polarography in the Study of Chemical Micro-Mechanism of Initiation of Polynitro Arenes | Svatopluk Zeman; Eva Zemanová |
55-68 | Burning Rate Studies of Metal Powder (Ti, Ni)–Based Fuel-Rich Propellants | B.K. ATHAWALE; S.N. ASTHANA; HARIDWAR SINGH |
69-82 | Mechanical Properties of Gel Propellants with Nanoparticles | U. TEIPEL; U. FOERTER-BARTH |
83-91 | Flash Tube Seal Dynamics in 30 mm Ammunition | STEPHEN L. HOWARD |
93-107 | Chemical Kinetic Modeling of HMX and TATB Laser Ignition Tests | CRAIG M. TARVER |
109-115 | Preparation and Properties of 2,4,8,10-Tetranitro-5H-Pyrido[3′,2′:4,5][1,2,3] Triazolo[1,2–a]Benzotriazol-6-ium Inner Salt as a Thermally Stable High Explosive | MY Hang V. HUYNH; Michael A. HISKEY |
1-24 | A “Micro-vision” of the Physio-Chemical Phenomena Occurring in Nanoparticles of Aluminum | Alba L. Ramaswamy; Pamela Kaste; S. F. Trevino |
25-39 | Dynamic Measurement of the Permeability of an Explosive Undergoing Thermal Damage | B. W. Asay; G. Parker; P. Dickson; B. Henson; L. Smilowitz |
41-53 | A Study on Gun Propellants Based on Butyl-NENA | T. K. Chakraborthy; K. C. Raha; B. Omprakash; Amarjit Singh |
201-222 | Mechanical Mocks for Insensitive High Explosives | D. Mark Hoffman; Bruce J. Cunningham; Tri D. Tran |
223-235 | On the Difference in Impact Sensitivity of Beta and Delta HMX | Blaine W. Asay; Bryan F. Henson; Laura B. Smilowitz; P. M. Dickson |
237-245 | Energetic Plasticizer Migration Studies | A. Provatas |
247-260 | Influence of Pressing Intensity on the Microstructure of PBX 9501 | P. D. Peterson; M. A. Fletcher; E. L. Roemer |
261-273 | Theoretical Studies on Pentanitromonoacetylhexaazaisowurtzitane (PNMAIW) by AM1 and PM3 Methods | Wu Yukai; Ou Yuxiang; Liu Zhiguo; Chen Boren |
141-166 | Binary Phase Diagram Series: HMX/RDX | Robert L. Mckenney; Thomas R. Krawietz |
167-183 | Characterization and Thermal Analysis of Hydrazinium Nitroformate (HNF) | P. S. Dendage; D. B. Sarwade; A. B. Mandale; S. N. Asthana |
185-199 | Analysis of Slurry-Coating Effectiveness of CL-20 Using Grazing Incidence X-ray Diffraction | Berton L. Greenberg; Dilhan M. Kalyon; Melek Erol; Mark Mezger; Kenneth Lee; Scott Lusk |
73-85 | Studies on Interface Properties of Propellant Liner for Case-Bonded Composite Propellants | S. D. Kakade; S. B. Navale; V. L. Narsimhan |
87-95 | Studies on Different Types of Nitrocellulose in Triple Base Gun Propellant Formulations | R. R. Sanghavi; A. G. S. Pillai; S. P. Velapure; A. Singh |
97-107 | Use of Bismuth Chromate with Antimony Trisulphide in Delay Compositions | R. G. Sarawadekar; N. G. Swarge; S. Jayaraman; J. P. Agrawal |
109-124 | Constant Strain Criteria for Mechanical Failure of Energetic Materials | Donald A. Wiegand |
125-140 | Changes in the Mechanical Properties of Energetic Materials With Aging | Donald A. Wiegand |
1-13 | Investigation on Detonation and Thermochemical Parameters of Aluminized ANFO | Andrzej Maranda; Andrzej Papliński; Dariusz Gałzowski |
15-31 | Studies on Characterization and Burning of Red Phosphorus-Based Smoke Compositions | M. R. Somayajulu; G. K. Gautam; S. Jayaraman; J. P. Agrawal |
33-41 | Approach to the Catalytic Mechanism of Fullerene in Propellants | Gao Fan; Li Shufen |
43-55 | Contamination of Explosive Materials with N-Methylpyrrolidin-2-One (NMP) | Anthony J. Bellamy; Edward Brzoska |
57-62 | Synthesis and Explosive Properties of 5,5′-Dinitro-3,3′-azo-1 H -1,2,4-triazole (DNAT) | Darren L. Naud; Michael A. Hiskey; Herbert H. Harry |
63-72 | Generation of BN in the Combustion Residue of Boron-Containing Propellant | Xing Xi; Li Shufen |
291-308 | Binary phase diagram series: 1,3,3-trinitroazetidine (TNAZ)/n-nitroso-3,3-dinitroazetidine (ONDNAZ) | Robert L. McKenney Jr.; William E. Stevens |
309-327 | Studies on energetic compounds part 15 : Transition metal salts of NTO as potential energetic ballistic modifiers for composite solid propellants | Gurdip Singh; Inder Pal Singh Kapoor; Sunil Kumar Tiwari; S. Prem Felix; K. N. Ninan; T. L. Varghese |
329-344 | Synergistic interaction between AP and HMX | Chong Fang; Shufen Li |
345-356 | Determination of chemical life of combustible cartridge cases | J. R. Peshave; Haridwar Singh |
195-222 | Thermodynamic analysis of afterburning of detonation products in confined explosions | Waldemar A. Trzciński; Józef Paszula; Piotr Wolański |
223-244 | Hexammine metal perchlorates as energetic burning rate modifiers | Gurdip Singh; I. P. S. Kapoor; D. K. Pandey |
245-253 | Sensitivity and performance properties of tex explosives | JiřiA Vágenknecht; Pavel Mareček; Waldemar A. Trzciński |
255-278 | Studies on effect of incorporation of BDNPF/A on burning rates of RDX/AP/AI filled CMDB propellants | G. M. Gore; K. R. Tipare; C. N. Divekar; R. G. Bhatewara; S. N. Asthana |
97-134 | Combustion and thermal behaviour of ballistically modified eva and estane based RDX-AP propellants | Rr Sanghavi; Sn Asthana; Js Karir; Haridwar Singh |
135-152 | Kinetics and mechanism of thermolysis of hexammine metal perchlorates | Gurdip Singh; Durgesh Kumar Pandey |
153-164 | Ab initio study on intermolecular interactions of energetic clusters | Xue-Hai Ju; He-Ming Xiao |
165-173 | Thermal behavior of hmx and metal powders of different grade | Jiang Zhi; Li Shu-fen; Zhao Feng-qi; Chen Pei; Yin Cui-mei; Li Shang-wen |
175-189 | Safety assessment studies of a damaged high-energy solid propellant | T. H. Zhang; S. Y. Wang; P. D. Liu |
1-37 | Molten salt destruction of energetic materials: Emission and absorption measurements | Michelle L. Pantoya; Benjamin D. Shaw |
39-51 | Synthesis, characterization and explosives properties of 7-(1h -1,2,4-triazol-3-amino)-4,6-dinitrobenzofuroxan (TADNB) and 7-(1h-1,2,3,4-tetrazol-5-amino)-4,6-dinitrobenzofuroxan (TEADNBF) | Arun K. Sikder; Rajendra B. Salunke; Nirmala Sikder |
53-69 | The study of chemical micromechanism governing detonation initiation of some m-dinitrobenzopolyazaarenes | Svatopluk Zeman; Radim Huczala; Zdenfik Friedl |
71-92 | DFT calculations of the thermochemistry and structures of tetrazine derivatives | Charles F. Wilcox; Yi-Xue Zhang; S. H. Bauer |
277-303 | The synthesis and characterization of methylene bisoxyamine CH2(-o-NH2)2 salts | Kerri Tollison; Greg Drake; Tom Hawkins; Adam Brand; Milton McKay; Ismail Ismail; Claude Merrill; Mark Petrie; Jeff Bottaro; Thomas Highsmith; Richard Gilardi |
305-337 | A new ignition criterion based upon a critical thermal energy density | Zhang Taihua; Bian Taohua |
339-347 | Influence of metal salts of 4-(2, 4, 6-trinitroanilino) benzoic acid on the burnining rate of double base propellants | S. M. Pundlik; R. S. Palaiah; J. K. Nair; T. Mukundan; S. N. Singh; Haridwar Singh |
1-21 | A study on detonation characteristics of pressed NTO | S. Cudzilo; W. A. Trzcinski |
23-40 | Effect of la2o3, pr2o3 and nd2o3 on the thermal decomposition of ammonium perchlorate | D. V. Survase; D. B. Sarwade; E. M. Kurian |
41-78 | Hydrazinium nitroformate (HNF) and HNF based propellants: A review | P. S. Dendage; D. B. Sarwade; S. N. Asthana; H. Singh |
79-95 | Studies on thermoplastic elastomers based RDX-propellant compositions | R. R. Sanghavi; S. N. Asthana; J. S. Karir; H. Singh |
241-273 | Binary phase diagram series: 1,3,3-trinitroazetidine (TNAZ)/1,3,5-trinitrobenzene (TNB) | R. L. McKenney Jr.; W. E. Stevens |
275-288 | Base hydrolysis of TNT-Based explosives | R. L. Bishop; R. L. Flesner; S. A. Larson; D. A. Bell |
289-297 | Synthesis and characterization of some new acid salts of 8H-2,6,8,9,10-Pentaazabicyclo[5,2,1]-deca-2,5,9,10-tetraene | A. K. Sikder; K. P. C. Rao; J. P. Agrawal |
299-309 | Synthesis and characterization of 2,4,6-tris (3′, 5′-diamino-2′,4′,6′-trinitrophenylamino)-1,3,5-triazine (PL-1): A new thermally stable insensitive high explosive | V. K. Bapat; A. K. Sikder; Mehilal; B. G. Polke; J. P. Agrawal |
311-330 | A new closed vessel for determining the ballistic performance of high energy solid and liquid gun propellants | S. B. Langston; S. J. McGuigan; J. M. Bellerby; M. P. B. Laird |
1-27 | Fatigue of lx-14 and lx-19 plastic bonded explosives | D. Mark Hoffman |
29-37 | Combustion mechanism of the low signature propellant containing 1,7-diazido-2,4,6-trinitrazaheptane(dath) | Dang Zhi-Min; Zhao Feng-qi; Li Shang-wen |
39-60 | Study of the thermal initiation of ammonium dinitramide (ADN) crystals and prills | Alba L. Ramaswamy |
61-82 | Influence of 1,4-dinitropiperazine (DNP) on the pressure index of rdx containing extruded double base propellants | S. M. Pundlik; G. N. Purandare; T. Mukundan; Haridwar Singh |
305-329 | Relationship between detonation characteristics and 15N NMR chemical shifts of nitramines | Svatopluk Zeman |
331-343 | Small-scale explosivity testing | Jimmie Oxley; James Smith; Evan Rogers; Elmo Resende; Abdel Mostafa |
345-356 | Theoretical calculations of thermodynamic properties of chlorotetrazoles and nitrotetrazoles | Chen Zhaoxu; Xiao Heming |
357-377 | 1,2,4,5-tetrazine based energetic materials | David E. Chavez; Michael A. Hiskey |
379-391 | Improved synthetic routes to polynitroheterocycles | Michael A. Hiskey; Darren L. Naud |
393-402 | Isophthalic dimethyloxaziridine as a potential bonding agent for Rocket Solid Propellants | A. M. Kawamoto; M. M. Campbell; M. F. Mahon |
1-48 | Thermal properties measurements of solid rocket propellant oxidizers and binder materials as a function of temperature | Donna M. Hanson-Parr; Timothy P. Parr |
49-68 | Vibrational analysis of high-energy compounds: 1,3,3-trinitroazetidine and 1-acetyl-3, 3-dinitroazetidine | Gene A. Crowder; Robert L. McKenney Jr. |
69-86 | Thermal characteristics of alkali metal dinitramide salts | Matthew D. Cliff; Matthew W. Smith |
87-103 | Kinetic studies of thermal decomposition of AANTO, BAED and DAAP by ARC and DSC | Dong Shuan; Wan Xingzhong; Ou Yuxiang; Feng Changgen; Wang Yun; Chen Boren |
105-106 | ‘Clean burning’ propellants: A commentary | Jan Hansson |
245-277 | Binary phase diagram series: 1,3,3-trinitroazetidine (TNAZ)/2,4,6-trinitrotoluene (TNT) | R. L. McKenney Jr.; W. E. Stevens; T. G. Floyd |
279-288 | An investigation of PETN sensitivity to small scale flyer plate impact | J. A. Waschl |
289-307 | Cartridge case deformation test | A. Lowe; R. Hiley |
309-341 | Fast neutron activation analysis of high energy materials and polymers | S. P. Panda; S. G. Kulkarni; S. K. Sahu; V. N. Bhoraskar; P. A. Dokhale |
1-22 | Synthesis and thermal properties of 1,3-dinitro-3-(1′,3′-dinitroazetidin-3′-yl)azetidine (TNDAZ) and its admixtures with 1,3,3-trinitroazetidine (TNAZ) | Robert L. McKenney Jr.; Thomas G. Floyd; William E. Stevens; Thomas G. Archibald; Alan P. Marchand; G. V. M. Sharma; Simon G. Bott |
23-29 | Synthesis of new azide: 1,3,5,-tris[(azidomethyl) dinitromethyl]benzene | Yan Hong; Guan Ziaopei; Chen Boren |
31-43 | Studies on energetic compounds: Part 6 synthesis of ring-substituted arylammonium salts of 3-nitro-1,2,4-triazole-5-one(NTO) | Gurdip Singh; Inder Pal Singh Kapoor; S. Muddi Mannan; Sunil Kumar Tiwari |
45-67 | Thermal, combustion and luminosity studies on magnesium-strontium nitrate pyrotechnic system | Vrushali Khire; N. M. Bhide; E. M. Kurian |
221-236 | Alternative exotherm suppressants for the nitrolysis of DAPT | Anthony J. Bellamy; Dong Soo Kim |
237-267 | The influence of graphite coatings applied before pressing on the mechanical strength after pressing | Donald A. Wiegand |
269-281 | Partial atomic charges calculation in nitrobenzenes | De-Chun Zhang; Yan-Qui Zhang |
283-288 | Thermal studies of 2-azido-1,1-dinitroethyl compounds and trinitromethyl compounds | Hong Yan; Xiao-Pei Guan |
289-311 | A method for parameter optimization of reactive flow continuum models by sequential quadratic programming | Boyd D. Schimel; Ernest L. Baker; Walter J. Grantham |
1-19 | Reactions of 2- and 4-nitrodiphenylamine and their combination in single base propellants: Evidence for an interaction between stabilizers at 80°C | J. M. Bellerby |
21-33 | Analysis of stabilizer degradation products in propellants using HPLC and photodiode array (PDA) detection | Stuart A. Oehrle |
35-45 | AM1 studies on SN2 hydrolysis of methyl nitrate in alkaline solution | Gong Xuedong; Ling Yue; Xiao Heming |
47-57 | Mechanical properties of azide polymer propellant at ignition stage | Kiyokazu Nagayama; Yoshino Oyumi |
59-69 | Development of high burn rate azide polymer propellant | Yoshino Oyumi; Kikokazu Nagayama |
153-171 | Temperature effects on the performance of a complete explosive device | J. A. Waschl |
173-191 | “Clean burning” low flame temperature solid gun propellants | R. A. Pesce-Rodriguez; R. A. Fifer; J. M. Heimerl |
193-200 | Remaking and re-using of double based large caliber powders to be used as industrial explosives | Thomas Dosoudil; Václav Kaderabek |
201-215 | Insensitive munitions and combustion characteristics of BAMO/NMMO propellants | Eishu Kimura; Yoshio Oyumi |
217-256 | Shock initiation of TATB/FEFO formulations | C. M. Tarver; D. M. Hoffman; P. A. Urtiew; W. C. Tao |
257-270 | Velocity of detonation and charge diameter in some RDX-driven heterogenous explosives: PBXW-115, PBXN-111, composition H-6 and composition B | Daniel J. Whelan; Robert J. Swinton; Gunter Bocksteiner |
271-287 | Crystal chemistry study on nitrobenzenes Part 1. Molecular conformation and packing | Yan-Qiu Zhang; De-Chun Zhang |
289-300 | Crystal chemistry study on nitrobenzenes Part 2. hydregen bonding, stability and density | De-Chun Zhang; Yan-Qui Zhang |
81-95 | Safety aspect of a non-azide propellant for automotive airbag inflators | Takashi Kazumi; Kazuo Hara; Yuhua Yu; Yo Yamato; Takeshi Takahori; Yasuo Shimizu; Tadao Yoshida |
97-126 | Catalytic decomposition of ammonium perchlorate a survey | S. Ramamurthy; P. G. Shrotri |
127-149 | Combustible cartridge case formulation and evaluation | G. R. Kurulkar; R. K. Syal; Haridwar Singh |
1-26 | Structural investigation of the crystallisation nucleant formed between 2,4,6 trinitrotoluene, TNT and 2,2′,4,4′,6,6′ hexanitrostilbene, HNS | M. Cartwright; C. J. Hill |
27-36 | Analysis of anionic impurities in ammonium dinitramide (ADN), Part I: Ion chromatographic analysis | Stuart A. Oehrle |
37-45 | Analysis of anionic impurities in ammonium dinitramide (ADN), Part II: Capillary ion electrophoresis | Stuart A. Oehrle |
47-56 | Analysis of nitramine and nitroaromatic explosives by micellar electokinetic capillary chromatography (MECC) | Stuart A. Oehrle |
57-73 | Quantitative characterization of degree of mixedness of lova grains | Rahmi Yazici; Dilhan M. Kalyon |
1-14 | Catalytic effects of lead citrate on the HMX azide polymer propellants | Eishu Kimura; Yoshio Oyumi; Tadao Yoshida |
15-34 | Velocity of detonation, charge diameter and critical diameter in unconfined RDX-driven heterogeneous explosives | Daniel J. Whelan; Gunter Bocksteiner |
35-56 | Properties and impact sensitiveness of cyclic nitramine explosives containing nitroguanidine groups | Ian J. Dagley; Michael Kony; Gene Walker |
57-91 | Ammonium perchlorate decomposition: Neat and solution1 | J. C. Oxley; J. L. Smith; B. R. Valenzuela |
93-105 | Synthesis of 15N-labeled isomers of 5-Nitro-2,4-Dihydro-3H-1,2,4-Triazol-3-One (NTO) | Jimmie C. Oxley; James L. Smith; Kirk E. Yeager; Michael D. Coburn; Donald G. Ott |
107-139 | Thermolysis of various energetic substances by exposure to adiabatically compressed gas | R. L. Piunti; K. R. Brower |
141-155 | Studies on energetic compounds part 5 dimethylanilinium perchlorates | Gurdip Singh; I. P. S. Kapoor; S. M. Mannan |
157 | Errata |
181-195 | The thermal decomposition of 2,5-dipicryl-1,3,4-oxadiazole, near its ignition temperature: An isothermal DSC study | Daniel J. Whelan; Mark R. Fitzgerald |
197-209 | Analysis of cationic ingredients and degradation products in liquid propellants by capillary ion electrophoresis (CIE)* | Stuart A. Oehrle |
211-222 | Analysis of CL-20 and TNAZ in the presence of other nitroaromatic and nitramine explosives using HPLC with photodiode array (PDA) detection | Stuart A. Oehrle |
223-235 | New energetic materials from triazoles and tetrazines | Hans-Heinrich Licht; Helmut Ritter |
237-247 | Studies on reactions of polynitrostilbenes with sodium azide | Feng Zengguo; Chen Boren |
113-121 | Nitrophenates of transition metals part I. synthesis and characterisation | Gurdip Singh; Inder Pal Singh Kapoor; S. Mudi Mannan |
123-140 | Nitrophenates of transition metals1 part II. DTA, explosion delay, impact and friction sensitivity studies | Gurdip Singh; Inder Pal Singh Kapoor; S. Mudi Mannan |
141-150 | Preparation and characterisation of nitrophenates of transition metals | Gurdip Singh; Inder Pal Singh Kapoor; S. Mudi Mannan |
151-175 | Problems connected with possibility of the solventless production of modified ball-powder compositions | Tomas Dosoudil |
1-62 | Propellant properties conducive to electrostatic discharge ignition | A. M. Mellor; P. J. Baker |
63-83 | Laser ignition of explosives: Effects of laser wavelength on the threshold ignition energy | Henric Östmark; Magnus Carlson; Katrin Ekvall |
85-87 | A review of: “Rock blasting and explosives engineering” |
245-260 | Signal transmission tubing with low incendivity for use in methane/air environments | G. F. Brent; A. H. Noble; D. P. Sutton |
261-291 | Numerical modeling of composite propellant response to drop weight impact | K. P. Duffy; A. M. Mellor |
293-309 | Thermolysis of AP–additive mixtures, III1 | Gurdip Singh; Inder Pal Singh Kapoor |
311-324 | AM1 studies on the mechanism of hydrolysis of dinitro semi-glycoluril | Li Yumin; Xiao Heming |
325-343 | Early decomposition chemistry of NTO, (3-Nitro-1,2,4-Triazol-5-One) | Bruce C. Beard; J. Sharma |
345-352 | Polyiodoimidazoles and their nitration products | A. R. Katritzky; D. J. Cundy; J. Chen |
157-165 | Synthesis and initial characterization of some energetic salts of 3,3-dinitroazetidine | Michael A. Hiskey; Mary M. Stinecipher; James E. Brown |
167-193 | Effect of additives on the nucleation of TNT | M. Cartwright; G. C. Collett |
195-203 | Calculations of heats of formation for nitramines and alkyl nitrates with PM3 and Mm2 | Yoshiaki Akutsu; Renhao Che; Masamitsu Tamura |
205-217 | Calculations of heats of formation for azoles with Pm3 | Yoshiaki Akutsu; Masamitsu Tamura |
219-241 | Thermal behaviour of 2,4,6,8,10,12-hexanitro-2,4,6,8,10,12-hexaaza-tricyclo (7,3,0,03,7) dodecane-5,11-dione | Hu Rongzu; Lu Xingsen; Fang Yingao |
89-99 | The discontinuous vacuum stability test (DVST) | Mahmed Benchabane |
101-117 | II. Sensitivity and reliability of the discontinuous vacuum stability test | Mahmed Benchabane |
119-134 | III. Chemical compatibility study of gap based propellant by the DVST | Mahmed Benchabane |
135-153 | Detonation failure diameters and detonation velocities of nitric acid, acetic acid and water mixtures | P. Vidal; H. N. Presles; J. L. Gustin; J. Calzia |
1-37 | Studies on thermal decomposition and explosive properties of some novel metal complexes of aryl mercapto tetrazoles | C. Sita; V. Krishna Mohan; M.G. Ram Reddy |
39-46 | Calculations of heats of formation for nitroalkanes with PM3 and MM2' | Yoshiaki Akutsu; Masamitsu Tamura |
47-50 | Synthesis OF N,N1-BIS(2–nitro–benzodifuroxanyl) –3,5–dinitro–2,6–diaminopyridine | Wang Naixing; Chen Boren; Ou Yuxiang |
51-65 | An experimental comparison of three documented test methods for the evaluation of friction sensitiveness | R. K. Wharton; J. A. Harding |
67-83 | Bis(2-azido ethyl)adipate plasticizer: Synthesis and characterisation | J. P. Agrawal; R. K. Bhongle; F. M. David; J. K. Nair |
189-220 | Modelling of the underwater shock sensitivity of polyurethane FOAM / PETN explosives | P. D. Katsabanis |
221-250 | Pyrolysis GC-FTIR studies of a LOVA propellant formulation series | R. A. Pesce-rodriguez; F. J. Shaw; R. A. Fifer |
251-265 | Thermal characterization of mixtures of nitrotriazolone with HMX and RDX | Juan A. Ciller; Felipe J. Serna; José R. Quintana |
267-285 | Spin effects on pyrotechnic delays of the molybdenum family | L. M. Tsai; B. H. Wu; K. Lin |
287-298 | Comments on ‘‘a simple method for calculating detonation parameters of explosives'' | Hel Karel |
299-309 | Effect of certain lead and copper compounds as ballistic modifier for double base rocket propellants | A. D. Joshi; Haridwar Singh |
311-313 | Erratum |
69-95 | Numerical modeling of the effect of temperature and particle size on shock initiation properties of HMX and TATB | Charles L. Mader; James D. Kershner |
97-126 | Underwater performance of polyurethane - PETN explosives | P. D. Katsabanis; M. Rizk |
127-149 | Pressed booster compositions prepared by coating RDX using polymer dispersions | Ian J. Dagley; Luciana Montelli; Robert P. Parker; Veronica M. Silva |
151-171 | Mass spectral and thermal studies on explosion of lead salts of picramic acid and 2,4-dinitro phenol | S. R. Yoganaraslmhan; C. Om Reddy; Sudhir Achar |
173-182 | Calculations of heats of formation for nitroaromatics with PM3 and MM2 | Yoshiaki Akutsu; Jun-ichi Takayama; Masamitsu Tamura; Tadao Yoshida |
1-16 | Studies on minimum signature nitramine based high energy propellant | S. N. Asthana; M. V. Vaidya; P. G. Shrotri; Haridwar Singh |
17-41 | Pressure effects on pyrotechnic delays of the molybdenum family | L. M. Tsai; S. J. Wang; K. Lin |
43-63 | Glycidyl azide polymer (GAP) - an energetic component of advanced solid rocket propellants - a review | A. N. Nazare; S. N. Asthana; Haridwar Singh |
65 | Errata |
349-413 | The mechanical response of tnt and a composite, Composition B, of TNT and RDX to compressive stress: III dependence on processing and composition | D. A. Wiegand; J. Pinto |
415-428 | An improved synthesis of 5-amino-3-nitro-1H-1,2,4-triazole (ANTA), a useful intermediate for the preparation of insensitive high explosives | K. -Y. Lee; C. B. Storm; M. A. Hiskey; M. D. Coburn |
269-282 | Effect of specific surface area on the sensitivity of hexanitrostilbene to flyer plate impact | J. Waschl; D. Richardson |
283-296 | Analysis on computation of kamlet parameter ф for CHNO explosive mixtures | Zhou Xing Xi; Yu Yong Zhong |
297-317 | Empirical estimate of detonation parameters in condensed explosives | P. A. Urtiew; B. Hayes |
319-348 | Impact sensitivity of polynitroaromatics | Dan E. Bliss; Stephen L. Christian; William S. Wilson |
137-159 | Method of calculation of the heats of formation of new energetic compounds (containing NO2 and/or NF2 groups) by a benson's like additive scheme | M. Sana; G. Leroy; C. Wilante; D. Peeters; S. Bourasseau |
161-171 | Calculations of heats of formation for nitro compounds by semi-empirical mo methods and molecular mechanics | Yoshiaki Akutsu; Shin-Ya Tahara; Masamitsu Tamura; Tadao Yoshida |
173-189 | A transient explosive vapor generator based on capillary gas chromatography | George A. Reiner; Cheryl L. Heisey; Harold M. McNair |
191-204 | MS/MS of energetic compounds. A collision induced dissociation (CID) study of some polynitrobiphenyl-2-amines | Jehuda Yinon; R. W. Read |
205-263 | The mechanical response of TNT and A composite, composition B, of TNT and RDX to compressive stress: II triaxial stress and yield | J. Pinto; D. A. Wiegand |
1-17 | Forensic explosives and firearms traces: Trapping of hplc peaks for gas chromatography | J. B. F. Lloyd |
19-80 | The mechanical response of TNT and a composite, composition b, of TNT and RDX to compressive stress: I uniaxial stress and fracture | D. A. Wiegand; J. Pinto; S. Nicolaides |
81-103 | Ultraviolet and visible absorption spectroscopy of some energetic molecules in the solid state | K. J. Smit |
105-132 | Shock sensitivity of blasting explosive cartridges | Yuji Wada; Hideo Yabashi; Masamitsu Tamura; Tadao Yoshida; Toshio Matsuzawa; Fumio Hosoya |
378-391 | A parametric study of the synthesis of 2,3,4,6-tetranitroaniline | David J. Vanderah |
392-414 | Synthesis and properties of some trisubstituted trinitrobenzenes. TATB analogs | Michael Chaykovsky; Horst G. Adolph |
416-441 | A systematic procedure for estimating the standard heats of formation in the condensed state of non aromatic polynitro-compounds | Serge Bourasseau |
442-461 | Mechanical and thermomechanical properties of NC base propellants | D. A. Wiegand; S. Nicolaides; J. Pinto |
266-291 | A systematic procedure for estimating the standard heats of formation in the condensed state of non aromatic polynitro-compounds | Serge Bourasseau |
292-307 | TNT vapour measurements above buried landmines. Model experiments using [methyl-14C] TNT | M. S. Nieuwenhuizen; R. C. M. Olivier; G. W. H. Moes; L. J. Van Ruyven; H. W. G. Stahl |
308-322 | Laser ignition of explosives: Effects of gas pressure on the threshold ignition energy | H. Östmark; R. Gräns |
324-334 | Eutectic and emulsified deak explosive | Do Ren Chang; Lawrence J. Vande Kieft |
336-351 | Self-ignition limits of aluminum alkyls in hydrocarbon solvents | S. A. Barton; J. L. Halpin; P. Tomar |
352-374 | Polynitroaliphatic explosives containing the pentafluorosulfanyl (SF5) group: The selection and study of a model compound | M. E. Sitzmann; W. H. Gilligan; D. L. Ornellas; J. S. Thrasher |
149-203 | A review of the synthesis, chemistry and analysis of nitrocellulose | C. W. Saunders; L. T. Taylor |
205-236 | An investigation of the thermal decomposition of 1,4-butanediammonium dinitrate | R. L. McKenney Jr.; S. R. Struck; D. S. Ellison; S. D. Maegerlein; R. Cimino |
237-261 | Deuterium isotope effects during the thermal decomposition of 1,4-butanediammonium dinitrate and selected composites with ammonium and potassium nitrates | R. L. McKenney Jr.; S. R. Struck; D. S. Ellison; S. D. Maegerlein |
1-20 | The initiation of small-diameter emulsion explosives by commercial detonators | David L. Kennedy |
21-39 | The melting points of stable-form nitrate ester crystals | E. C. Braak |
41-73 | On predicting properties of explosives – detonation velocity | J. R. Stine |
75-84 | Thermal decomposition of energetic materials 32. on the instantaneous molecular nature of aqueous liquid gun propellants at high temperature and pressure before thermal decomposition | T. B. Brill; P. D. Spohn; J. T. Cronin |
85-98 | Estimation of Δf of nitro derivatives of benzene and toluene using AM1 and DSC | Dong-Rong Hwang; Masamitsu Tamura; Tadao Yoshida; Nariaki Tanaka; Fumio Hosoya |
99-109 | Explosive properties of metal salts of nitroanilinoacetic acids | K. U. B. Rao; R. R. Soman; Haridwar Singh |
111-123 | Detonation of dense mixed explosives systems | Graeme A. Leiper; John Cooper; Moira Logan |
125-144 | The solubility of gases under pressure in liquid propellants | P. Ravi; S. Murad |
231-242 | Assessing the response of naval armament stores in credible accident environments | M. W. S. Mawbey |
243-264 | Predicting the response of explosives to attack by high-density shaped-charge jets | H. R. James |
265-296 | Numerical studies of a detonation analogue | J. F. Clarke; P. L. Roe; L. G. Simmonds; E. F. Toro |
297-322 | Optical and Raman studies of explosives under varying pressure and temperature | C. M. Pereira; M. M. Chaudhri |
323-343 | On the application of boundary perturbation theory for modelling the effect of high pressure on simple chemical systems | J. Gorecki; W. Byers Brown |
345-354 | Some Ab initio MO studies relevant to the thermal decomposition of TNT | J. R. Cox; I. H. Hillier |
355-380 | Calculations and measurements on the flow in unconfined detonation | Graeme A. Leiper; Ian D. Kerr; Michael Kennedy |
381-404 | The behaviour of non-ideal explosives in the Ballistic Mortar | Graeme A. Leiper |
405-417 | Void size dependence of the steady detonation properties of emulsion explosives by | John Cooper; Graeme A. Leiper |
157-179 | Ion-pairing RP-HPLC method for determining tetrazene in water and soil | Marianne E. Walsh; Thomas F. Jenkins |
181-198 | The radiation sensitivity of NTO (3-Nitro-1,2,4-Triazol-5-One) | B. C. Beard; J. Sharma |
199-206 | A new synthetic route to nitrate esters | Michael A. Hiskey; Jimmie C. Oxley |
207-224 | Real-time analysis of the detonation products of RDX | Normand C. Blais |
157-199 | A refined equation of state for unreacted hexanitrostilbene | Robert E. Setchell; Paul A. Taylor |
201-214 | Kinetics and thermochemistry of the boron-fuelled pyrotechnic compositions BLC 190 and BLC 181 at their ignition temperatures | Daniel J. Whelan; Michael Maksacheff; Branka Pletikapa; Leo V. de Yong |
215-254 | A review of stability test methods for gun and mortar propellants, II: Stability testing and surveillance | L. Druet; M. Asselin |
255-281 | Real-time analysis of the reaction products of shocked solid nitric oxide | Normand C. Blais; N. Roy Greiner |
283-317 | Effect of particle size on the shock sensitivity of porous HE | Donna Price |
181-238 | Thermal initiation of high explosives by electron beam heating | A. Stolovy; A. I. Namenson; J. B. Aviles Jr.; E. C. Jones Jr.; J. M. Kidd |
239-256 | Formation and structure of axisymmetric steady-state detonation mach stems in condensed explosives | E. Baker; B. Fishburn; B. Fuchs; P. Lu |
257-266 | Thermal decomposition of RDX: A critical review | M. D. Cook |
267-285 | Short pulse initiation of a plastic-bonded TATB explosive | J. J. Dick |
287-307 | On underwater detonations, 1. A new method for predicting the CJ detonation pressure of explosives | R. Gill; L. Asaoka; E. Baroody |
309-325 | High-pressure sound velocity and equation of state of aqueous solutions of hydroxylammonium nitrate and triethanolammonium nitrate | J. Frankel; M. Doxbeck |
327-342 | An influence of explosive geometry on shaped charge jet performance | M. C. Chick; T. J. Bussell; R. B. Frey |
343-354 | Preparation of 1,3,5-triamino-2,4,6-trinitrobenzene from 3,5-dichloroanisole | D. G. Ott; T. M. Benziger |
89-142 | MINDO/3, MNDO and AM1 calculations for nitro compounds | Larry P. Davis; Donn Storch; R. Martin Guidry |
143-155 | Numerical modeling of the reaction zone in heterogeneous explosives | Charles L. Mader; James D. Kershner |
157-166 | Calculation of bond strengths and optimized geometries of nitroaromatics by semi-empirical methods | Jon T. Swanson |
167-168 | A review of: “Initiation and growth of explosion in liquids and solids” |
1-25 | Synthesis and properties of selected energetic organodi- and polyammonium nitrate salts | Robert L. McKenney Jr; Stephen R. Struck; Robert A. Hildreth; James A. Fryling |
27-33 | 3-Nitro-1,2,4-triazol-5-one, a less sensitive explosive | Kien-Yin Lee; Lonnie B. Chapman; Michael D. Cobura |
35-55 | Pourability enhancement of petn explosive powders | Marcia Dee Vannet; George L. Ball |
57-76 | Real-time analysis of hns detonation products: Carbon clusters | Normand C. Blais |
77-81 | A novel energetic polyazide: 1,2,4,5-tetrakis (diazidomethyl) benzene | E. E. Gilbert |
83-85 | N''-nitro-N-(2,2,2–trinitroethyl) guanidine | Karl O. Christe; Milton B. Frankel; James F. Weber |
377-414 | Nuclear-based techniques for explosive detection | Tsahi Gozani; Richard E. Morgado; Chris C. Seher |
415-446 | Research programme on explosives vapour detection at NRC | Pavel Neudorfl; Lorne Elias |
447-472 | Vapor pressure of explosives | B. C. Dionne; D. P. Rounbehler; E. K. Achter; J. R. Hobbs; D. H. Fine |
473-510 | Transport and preconcentration of explosives vapors by liquid sampling modules | D. P. Lucero; E. M. Boncyk |
511-543 | Vapor characterization of water gel explosives | John R. Hobbs; Edward Conde |
1 | Errata |
261 | Editorial | Paul L. Marinkae Editor |
263-277 | A simole method for calculating detonation parameters of explosives | Wu Xiong |
279-291 | Thermal decomposition of RDX: Evidence of a nitronylnitroxyl free radical intermediate | M. D. Pace |
293-310 | Dinitronitramino-hydroxyesters, hydroxyacids, polyesters and diols | Michael E. Sitzmann; William H. Gilligan |
311-318 | Improved spectrophotometric analysis of barium styphnate | Norman E. Brown; Jane A. Blasi |
319-333 | The reaction of cellulose nitrate with several nucleophiles | Everett E. Gilbert |
173-186 | The origin of performance differences between two conducting composition (CC) primers | Robert J. Spear; Lance D. Redman |
187-210 | Kinetics and mechanism of the thermal decomposition of dimethylnitramine at low temperatures | S. A. Lloyd; M. E. Umstead; M. C. Lin |
211-220 | Eutectic system of ammonium nitrate with 15 wt% potassium nitrate/ethylenediamine dinitrate/diethylenetriamine trinitrate | K. -Y. Lee; H. H. Cady; M. M. Stinecipher |
221-238 | A novel technique for the controlled initiation of explosives | M. C. Chick |
239-254 | Examination of some proposed relations among HE sensitivity data | Donna Price |
81-93 | TATB—Strong basic reactions provide soluble derivatives for a simple, qualitative high explosive spot test | Betty W. Harris |
95-127 | Laser probing and kinetic modeling of NO and CO production in shock-wave decomposition of nitromethane under highly diluted conditions | D. S. Y. Hsu; M. C. Lin |
129-148 | The effect of some additives on the closed bomb burning and ignitability of RDX/TNT (60/40) | R. W. Velicky; H. W. Voigt; W. E. Voreck |
149-167 | Quantitative evidence for nitroso compound formation in drop-weight impacted RDX crystals | J. C. Hoffsommer; D. J. Glover; W. L. Elban |
1-33 | Computer molecular dynamics of 2-d water (ice) structures under shock by | Paul Harris; Arnold M. Karo |
35-55 | Three-dimensional modeling of explosive desensitization by preshocking by | Charles L. Mader; James D. Kershner |
57-74 | Investigation of phase transitions in ammonium nitrate by nitrogen–15 nuclear magnetic resonance | Robert A. Marino; Suryanarayana Bulusu |
235-261 | A rapid method for the assessment of the axial output performance of booster charges | C. D. Hutchinson |
263-292 | Reactive flow lagrange analysis in plastic bonded explosives | Gerald L. Nutt; Leroy M. Erickson |
293-330 | Thermal stability and compatibility predictions for the explosive eak | R. N. Rogers; J. L. Janney; N. P. Loverro Jr. |
165 | Editorial | Paul L. Marinkae Editor |
167-189 | X-ray photoelectron spectroscopy and ion scattering spectroscopy characterization of coated and uncoated PETN | Pu Sen Wang; T. N. Wittberg |
191-204 | Decomposition pathways leading to HONO for nitroalkenes | Almon G. Turner; Larry P. Davis |
205-214 | On the photochemical phenomenon in TATB | David W. Firsich; Michael P. Guse |
215-228 | The reaction of TNT, and related compounds, with formaldehyde | Everett E. Gilbert |
1-41 | Numerical modeling of projectile impact shock initiation of bare and covered composition-B | John Starkenberg; Yun Huang; Alvin Arbuckle |
43-60 | Crystal structures and EPR spectra of nitroguanidine chloride and nitroguanidine nitrate | M. D. Pace; J. L. Flippen-Anderson |
61-149 | Recent approaches to the synthesis of high explosive and energetic materials: A review | Robert J. Spear; William S. Wilson |
151-158 | Explosive desensitization studies via chemical group modification II. 3,5-diamino- and 3,5-dichloro-2,4,6-trinitrotoluene(1) | Sury Iyer |
291 | In memoriam : Louis Avrami Sr., 1923 - 1984 | |
293-324 | Three-dimensional modeling of inert metal-loaded explosives | Charles L. Mader; James D. Kershner; George H. Pimbley |
325-348 | An investigation of the shipp hexanitrostilbene (HNS) process | Eleonore G. Kayser |
349-365 | Development of reverse phase HPLC techniques for determination of stabilizer depletion rates in high energy gas generator propellants | D. D. Ryder; G. D. Knowlton |
367-371 | EPR investigations of thermal decomposition of nitramines: II. Primary nitroxide radicals from HMX | A. D. Britt; M. D. Pace; W. B. Moniz |
213-250 | Reactive flow modeling of recent embedded gauge and metal acceleration experiments on detonating PBX-9404 and LX-17 | C. M. Tarver; N. L. Parker; H. G. Palmer; B. Hayes; L. M. Erickson |
251-273 | Analysis methods for explosive materials–I. polynitro compounds | Eleonore G. Kayser |
275-286 | A comparison of the shock and static compression curves for four solid explosives | J. J. Dick |
127-132 | EPR investigations of thermal decomposition of nitramines: I. primary nitroxide radicals from RDX | M. D. Pace; A. D. Britt; W. B. Moniz |
133-140 | Initiation mechanism of TNT: Deuterium isotope effect as an experimental probe | Suryanarayana Bulusu; Joseph R. Autera |
141-175 | Some aspects of nonideal detonation in composite explosives | M. Cowperthwaite |
177-205 | The burning behavior of TNT in the closed bomb | Rodolf W. Velicky |
3-44 | Jet initiation and penetration of explosives | Charles L. Mader; George H. Pimbley |
45-53 | Electrode dependent shock polarization signals in water | P. Harris; H. N. Presles |
55-82 | The detonation velocity-loading density relation for selected explosives and mixtures of explosives | Donna Price |
83-93 | Radiation cure of explosive/propellant formulations | N. C. Johnson; C. Gotzmer |
95-108 | Synthesis of mixed polynitroorthocarbonates and related derivatives | William H. Gilligan; Michael E. Sitzmann |
109-122 | Binary eutectics formed between ammonium nitrate and amine salts of 5-nitrotetrazole I. preparation and initial characterization | K. -Y. Lee; M. D. Coburn |