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Indexes of the Proceedings for the Eleven International Symposia on Detonation 1951-1998

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Indexes of the Proceedings for the Eleven International Symposia on Detonation 1951-1998 LA-UR-02-2867 Indexes of the Proceedings for the Eleven International Symposia on Detonation 1951-1998 Blaine W Asay William E. Deal John B. Ramsay Alita M. Roach Bruce E. Takala _____________________________ Los Alamos National Laboratory INDEXES OF THE PROCEEDINGS FOR THE ELEVEN INTERNATIONAL SYMPOSIA ON DETONATION 1951-98 B. W Asay W. E. Deal J. B. Ramsay A. M. Roach B. E. Takala Los Alamos National Laboratory Los Alamos, NM 87545 The Detonation Symposia Number Date Location 1 11-12 January, 1951 Washington, District of Columbia 2 9-11 February, 1955 Washington, District of Columbia 3 26-28 September, 1960 Princeton, New Jersey 4 12-15 October, 1965 Silver Spring, Maryland, 1st International 5 18-21 August, 1970 Pasadena, California 6 24-27 August, 1976 Coronado, California 7 16-19 June, 1981 Annapolis, Maryland 8 15-19 July, 1985 Albuquerque, New Mexico 9 27 August-1 September, 1989 Portland, Oregon 10 12-16 July, 1993 Boston, Massachusetts 11 30 August-4 September, 1998 Snowmass, Colorado 12 11-16 August, 2002 San Diego, California Contents Section Page Introduction...............................................................................1 A. Titles Index ..........................................................................3 B. Topic Phrase Index ............................................................37 C. Author Index ................................................................... 100 D. Acronym and Code Name Index ................................... 118 INDEXES OF THE PROCEEDINGS FOR THE ELEVEN INTERNATIONAL SYMPOSIA ON DETONATION, 1951–1998 Blaine W Asay, William E. Deal, John B. Ramsay, Alita M. Roach, and Bruce E. Takala ABSTRACT The Proceedings of the eleven Detonation Symposia have become the major archival source of information of international research in explosive phenomenology, theory, experimental techniques, numerical modeling, and high-rate reaction chemistry. In many cases, they contain the original reference or the only reference to major progress in the field. For some papers, the information is more complete than the complementary article appearing in a formal journal; yet for others, authors elected to publish only an abstract in the Proceedings. For the large majority of papers, the Symposia Proceedings provide the only published reference to a body of work. This report indexes the eleven existing Proceedings of the Detonation Symposia by paper titles, topic phrases, authors, and first appearance of acronyms and code names. INTRODUCTION The indexes comprise four parts: (A) a listing of Committee in 1987 (NSWC MP 87-194), and not the paper titles and authors in order of appearance the original page numbers. Some confusion also in each Symposium Proceedings, (B) an exists for references from the Third Symposium alphabetical listing of topic phrases, (C) an index in that it was initially published as three paper- of all authors, and (D) an index to first appear- back volumes. These were combined into a single ance of acronyms and code names of composi- hardbound volume, identified by the publisher, tions and components that are defined. The Office of Naval Research, U.S. Navy, as ACR-52. The page numbers used in these Each index also lists the Symposium number and Indexes for the Third Symposium are those from page number of the reference. These are the this latter publication. If readers find errors in any actual page numbers of the original Proceedings of the sections, please contact one of the authors. of the Fourth through the Eleventh Symposia. The page numbers shown for the First and Along with this printed volume of the "Indexes", Second Symposia are for the single combined we include a CD containing a .pdf version of the volume reprinted by the Detonation Symposium complete text suitable for text string searches. 1 A. TITLES INDEX some explosive compositions that were “known to everyone” in 1950 are no longer in common In this first index, the chronological order of the usage, particularly within the international com- papers is preserved, beginning with the First munity. For example, the names MEDINA and Symposium and the first paper presented. We list DINA were used in at least one instance with no the Symposium number, page number, paper title, recognized chemical name or formula given. co-authors, and nation of the first author. Rather interestingly, no definition of RDX was located within the Proceedings until the Fifth B. TOPIC PHRASE INDEX Symposium. Here we list topic phrases alphabetically with Many explosive compounds and compositions are reference to the Symposium number and page named as a contraction of the chemical name number. We considered using key words, which (e.g., TNT); for others, the history of the name is are cryptic and more mnemonic, rather than the lost in research laboratories (e.g. HMX**); and longer and more descriptive topic phrases, but we others have no relationship to the composition decided on the latter because they provide more (e.g., X-0290). information for selecting the correct reference. The compilers have used their own judgment in A large number of papers within the Symposia selecting and defining the topic phrases and hope Proceedings refer to compositions only by acro- that the phrases are self-explanatory. At the nym or code name, with no formal definition of present time, a significant cross-referencing capa- composition. Composition B (Comp B) is cited bility is lacking within the index, and users are in many papers, yet at least 10 citations for cautioned to check several different possible Composition B provide similar, but different, topics when searching. compositions. Also, in some instances, the same explosive compound was defined by three or C. AUTHOR INDEX more different acronyms. This index is a simple listing of all authors, giving We intended that each citation be the earliest the Symposium number and page number reference within the eleven Proceedings to the references. All except family names were use of the acronym coupled with a meaningful contracted to initials. We have attempted to chemical definition. Errors in finding and combine different presentations of an author’s entering the citations may have occurred. name (e.g., J. Ramsay and J.B. Ramsay) into a uniform entry. D. ACRONYM AND CODE NAME INDEX ** Ray Walker has told JBR that HMX most probably stands for High Melting eXplosive, but This index is an attempt to cite the first use of an Walker has also heard a reasonable statement that acronym or code name for neat explosives, the initials may have been derived from Holston ingredients, and formulations, for which a defini- Military eXplosive. It does not stand for His tion of the term is also provided. The names of Majesty's eXplosive. 2 A. Titles Index By Symposium and Page Sy. Pg Title, Authors, Country 1.0003 Recent Studies in BURORD, S. Brunauer, USA 1.0009 Recent Work on Detonation at Aberdeen, J.M. Dewey, USA 1.0012 Studies on Detonation Phenomena, F.C. Gibson and C.M. Mason, USA 1.0022 Recent Work at NOL, D. Price, USA 1.0031 Recent Studies at the Naval Ordnance Test Station, J.S. Rinehart, USA 1.0039 Some Recent Studies in Canada, G.R. Walker, Canada 1.0043 Chemical Aspects of Detonation, B. Lewis, USA 1.0045 Nonstationary Detonation Waves in Gases, G.B. Kistiakowsky, USA 1.0052 Duration of the Reaction in a Detonating Explosive, S.J. Jacobs, USA 1.0057 Experiments on the Transition from Deflagration to Detonation, J. Roth, USA 1.0071 Physical Aspects of Detonation, J.G. Kirkwood, USA 1.0072 The Equation of State for Detonation Gases, S.R. Brinkley, USA 1.0079 Convergent Shock Waves, A. Kantrowitz, USA 1.0088 Shock Waves in Solids, J.E. Ablard, USA 1.0093 Interactions of Detonation Waves with Material Boundaries, R.B. Parlin and H. Eyring, USA 1.0105 Problems and Future Developments, G.B. Kistiakowsky, USA 1.0107 Theoretical Developments in Detonation, J.G. Kirkwood, USA 2.0119 Charge Preparation for Precise Detonation Velocity Studies, E. James, USA 2.0136 Technique for the Measurement of Detonation Velocity, A.W. Campbell, M.E. Malin, T.J. Boyd, and J.A. Hull, USA 2.0151 A Microwave Technique for Measuring Detonation Velocities, T.J. Boyd, P. Fagan, USA 2.0157 Measurement of Detonation Temperatures, F.C. Gibson, M. Bowser, C.R. Summers, F.H. Scott, J.C. Cooper, and C.M. Mason, USA 2.0168 A New Cine Microscope and its Application to Detonation Phenomena, J.S. Courtney-Pratt, UK 2.0187 The Measurement of Density Changes in Gaseous Detonations, G.B. Kistiakowsky, and P.H. Kydd, USA 2.0198 The Attainment of Thermodynamic Equilibrium in Detonation Waves, G.B. Kistiakowsky and W.G. Zinman, USA 2.0216 On the Structure of a Detonation Wave, W.R. Gilkerson and N. Davidson, USA 2.0231 High Temperature Thermodynamic and Gaseous Detonations in Mixtures of Cyanogen, Oxygen, and Nitrogen, H.M. Peek and R.G. Thrap, USA 2.0251 Detonation in Gases at Low Pressure, A.L. Bennet and H.W. Wedaa, USA 2.0266 Measurements on Gaseous Detonation Waves, J.A. Nicholls, R.B. Morrison, and R.E.Cullen, USA 2.0281 Studies on Gaseous Detonation, B. Greifer, F.C. Gibson, and C.M. Mason, USA 2.0295 Condensation Shocks and Weak Detonations, S.G. Reed, and W.H. Heybey, USA 2.0312 The Structure of a Steady-State Plane Detonation Wave with Finite Reaction Rate, J.G. Kirkwood and W.W. Wood, USA 2.0327 The Measurement of Chapman-Jouguet Pressure for Explosives, W.E. Deal, USA 2.0343 Measurement of the Chapman-Jouguet Pressure and Reaction Zone Length in a Detonating High Explosive, R.E. Duff and E. Houston, USA 2.0358 The Detonation Zone in Condensed Explosives, H.D. Mallory and S.J. Jacobs, USA 2.0383 Calculation of the Detonation Properties of Solid Explosives with the Kistiakowsky-Wilson Equation of State, W. Fickett and R.D. Cowan, USA 2.0404 A Solid-State Model for Detonations, R.B.
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