This book contains papers presented at the NATO Advanced Research Workshop titled "Application of Gun and Rocket Propellants in Commercial Explosives." (SST.ARW975981) The workshop was organized in collaboration with codirector Dr. Bronislav V. Matseevich (KNIIM) and held in Krasnoarmeisk, Moscow Region, Russia, October 18-21, 1999. About 70 participants from 11 different countries took part in the meeting (Russia, Belarus, Czech Republic, Germany, Belgium, China, USA, Spain, Israel, Ukraine and the Netherlands). The workshop was principally the continuation of a previous NATO workshop on Conversion Concepts for Commercial Application and Disposal Technologies of Energetic Systems" held at Moscow, Russia, May 17-19, 1994 in the specific area of the reuse of gun and rocket propellants as ingredients in commercial explosives. Oldrich Machacek Vll ACKNOWLEDGMENTS I would like to thank Dr. B.V. Matseevich, Director of the Krasnoarmeisk Scientific Research Institute of Mechanization ("KNIIM") for his extensive involvement as co-director in organizing the Advanced Research Workshop in Krasnoarmeisk, Russia. Special thanks goes to Dr. V.P. Glinskij, Dr. LV. Vasiljeva and A.I. Fedonina from KNIIM and Dr. B. Vetlicky for invaluable assistance in preparation and the smooth operation ofthe workshop.

This book records the World War II experiences of Captain Elmer E. Haynes, who flew low-altitude night radar strikes against Japanese shipping in the South China Sea, and daylight raids against various enemy land based installations in eastern and central China. Haynes flew secretly developed B-24 Liberator bombers that were equipped with radar which had been integrated with the Norden bombsight for night missions. These B-24's operated with the 14th Air Force--General Chennault's Flying Tigers. The bombing attacks were so accurate and successful that, in a little over a year, Haynes and his fellow pilots had sunk approximately a million tons of Japanese shipping. Due to the Top Secret classification of this equipment, the story of the radar B-24's, operating with the Flying Tigers, has never before been told.

The war in the Pacific was definitely brought to a quicker end by the devastating destruction caused by the sinking of such a tremendous number of Japanese merchant and naval vessels in the South China Sea. In its three years of operation, the 14th Air Force was credited with sinking two and a half million tons of enemy shipping. The radar-equipped B-24's were also used on reconnaissance missions--locating Japanese convoys for U.S. naval ships and submarines. Military historians, and anyone interested in World War II, will find this story highly informative, since it discloses never before published facts about the development of radar systems by the United States. This same radar technique was used by B-17's during the saturation night bombing raids over Germany.

This comprehensive engineering-level resource provides an introduction to electronic warfare (EW) for communication systems. Extensively referenced with over 600 equations, it details the components, systems, and operations of electronic warfare systems dedicated to protecting and attacking military communications networks. The volume provides a complete understanding of how modern direction finders for communication signals work, along with their limitations. The book also helps the reader acquire a working knowledge of hyperbolic emitter location technologies, and shows how to measure performance, defining the basic operations necessary for communication EW systems.

Here is a history of the development of military missiles and space travel from World War II to the American visits to the Moon in 1969-1972. It stresses the relationship between the early stages of space exploration and the arms race, and that a dual path led to space flight. One was the development of unmanned long-range war rockets, the other, less often noted, was the rocket-powered research plane. The first path led through the intercontinental ballistic missile to the first artificial satellites and space capsule; the latter, more uniquely American, through the X-series and Skyrocket rocket planes to the X-15, and ultimately to the Space Shuttle. The early part of the book focuses on the Soviet-American race to develop the ICBM in the 1950s, and the first satellites, with particular attention paid to the events and reactions that followed the flight of Sputnik I in 1957 and the subsequent missile gap era.

A range of threats in the areas of safety and security, from natural disasters to terrorism to conventional warfare, involve complex interactions that are beyond the scope and capabilities of traditional problem solving techniques. ""Applications of Information Systems to Homeland Security and Defense"" provides an overview of complex systems' techniques and presents both guidelines and specific instances of how they can be applied to security and defense applications. In today's uncertain times, these techniques can provide a breakthrough in the capability to model, plan and respond to critical events in modern society. ""Applications of Information Systems to Homeland Security and Defense"" is a must read for anyone who is interested in the areas of security and defense, as well as for undergraduate and postgraduate students who are eager to learn about the applications of complex adaptive systems to real-life problems.

For most of the twentieth century, social scientists have attempted to understand the causes of military competition. From this struggle has evolved the Richardson Tradition of Arms Race Analysis, a distinct body of scientific literature that uses a variety of mathematical techniques and theoretical ideas to solve the puzzle of what drives military interaction among nations. Etcheson explores this intellectual journey and projects the paths along which the Richardson Tradition must go if it is to obtain its objective: understanding and control of potentially unnecessary organized social violence. Arms Race Theory examines thoroughly the literature of the Richardson Tradition, from the writings of Lewis Fry Richardson through the most recent attempts of his students to resolve the fundamental questions about interaction in arms races. Etcheson documents the application of the procedures of positive physical science to social problems and identifies the reasons why Richardson and his students have been frustrated in their efforts. According to the author, students of the Richardson Tradition adhere to an atomistic and reductionist perspective that denies the relevance of human values and intentions. He focuses on the idea of strategy as a gateway to an understanding of the social causes of arms accumulation. Etcheson prepares the way for a new phase in the Richardson Tradition by identifying new theoretical foci and methodological techniques. His analysis, coupled with the most comprehensive bibliography of the literature of the Richardson Tradition currently available, is a significant contribution to the growing body of scholarship in peace research and international relations theory.

This book constitutes a multidisciplinary introduction to the analysis of air defence systems. It supplies the tools to carry out independent analysis. Individual sections deal with threat missions, observability, manoeuvrability and vulnerability. With the support of several examples, the text illustrates 12 air defence process models. These models form the foundation for any air defence system analysis, covering initial detection to kill assessment.

From the American Civil War and the introduction of the metal cartridge in the 1860s up to the present day, The Encyclopedia of Weapons is an accessible reference guide to the most important small arms, armoured vehicles, aircraft and ships from all around the world. The book ranges from the first Gatling guns to favourites such as the Lee Enfield rifle and the AK-47; in terms of aircraft the book includes World War I biplanes, World War II’s Boeing B-17 Flying Fortress and Mitsubishi A6M2 Zero fighter and on to modern stealth aircraft; in naval weaponry the book features early ironclad submarines, classic ships such as Bismarck and the nuclear subs of today; from the first tanks on the Western Front in World War I, such as the Mark V Male, the book covers the development of armoured fighting vehicles, featuring such classics as the Soviet T-34 and modern tanks like the M1 Abrams. With an entry per page, each weapon is illustrated with two colour artworks – some of them cutaways – a colour or black-&-white photograph, an authoritative history on its development, production and service history and a box of essential specifications. Featuring more than 400 entries, The Encyclopedia of Weapons is a fascinating reference work on the most important tanks, guns, military ships and aircraft over the past 150 years.

This book makes extensive use of Soviet sources to provide the first full analysis of Moscow's ballistic missile defence policy from its origins to the most recent post-Soviet developments. It considers the Soviets' motivations for pursuing an anti-ballistic missile capability and the extent of their success, and reveals that ballistic missile defence policy was used by every political leadership from Krushchev to Yeltsin as a means of sending signals about Moscow's intentions to the West.

"The 1,000 Hour War" was marked by unprecedented speed and force. This book adopts the view that the telecommunications technologies responsible for guiding smart bombs and Patriot missiles to their targets were the same marvels responsible for transmitting to news agencies around the world information about the progress of the war. "The 1,000 Hour War "was a unique case of military action in that it owed both its prosecution and its coverage specifically to satellites, computers, cellular telephones, microwave relay stations, and a myriad of similar technologies.

Gudmundsson tells the story of field artillery in the 20th century and its impact on the major conflicts of our time. Its purpose is to provide the reader--whether artilleryman or not--with hitherto unavailable insights on the role that artillery plays in the larger battle and how that has helped shape the world that we live in today. Unique aspects of the book include the treatment of technical issues in non-technical language, the extensive use of German and French sources generally unavailable to the English-speaking reader, the shattering of some long-cherished myths, and the discussion of issues that are often papered over in the literature of field artillery--losses from "friendly fire," the frequent impotence of counter-battery fire, and the French origins of current American doctrine. The bulk of the literature on field artillery can be fairly described as "gunner propaganda." Gudmundsson, with his emphasis on the way artillery interacts with other arms and the dynamics of the battle as a whole, takes a more balanced and a more critical view, dealing with the failures as well as the achievements of field artillery. This study provides a thorough overview of field artillery in non-technical language that will be of interest to military professionals, military historians, and wargamers.

This is a reference work for EW engineers which is also intended for university use in advanced undergraduate or graduate-level courses in EW, radar, and aerospace systems. This text reviews the fundamental concepts and physical principles underlying EW receiving systems design analysis, and performance evaluation. The main discussion focuses on radar signals in military applications.

The Maghreb--Morocco, Algeria, Libya, and Tunisia--is a region overburdened by unnecessary military expenditures. Despite persistent civil conflicts and militarized regimes in a number of countries in the region, there are actually few genuine external threats, and the armed forces are now largely used to maintain internal security.

A detailed country-by-country assessment of the effectiveness of military forces, and their impact on regional economics, shows that the region remains a mosaic of conflicting national ambitions, but strategic ambitions have been supplanted by internal conflicts, tensions, and politics. Declining military budgets are leading to declining military strength and capability, but they belie the Maghreb's potential for armed conflict and human suffering. Even though the Maghreb is a supplier of oil and natural gas, which usually ensures the attention of the West, this tragedy of arms gets little attention from the outside world. This means that the prospects for the region are continued wasteful military spending, and the resultant harm to national economic and political health.

The pilot-less drones, smart bombs and other high-tech weapons on display in recent conflicts are all the outcome of weapons research. However, the kind of scientific and technological endeavour has been around for a long time, producing not only the armaments of Nazi Germany and the atomic bombs dropped on Japan, but the catapults used in ancient Greece and Rome and the assault rifles used by child soldiers in Africa. In this book John Forge examines such weapons research and asks whether it is morally acceptable to undertake such an activity. He argues that it is in fact morally wrong to take part in weapons research as its primary purpose is to produce the means to harm others, and moreover he argues that all attempts to then justify participation in weapons research do not stand up to scrutiny.

This book has wide appeal in fields of philosophy and related areas, as well to a more general audience who are puzzled about the rate at which new weapons are accumulated.

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Bousquet's landmark book examines the impact of key technologies and scientific ideas on the theory and practice of warfare and the handling of the perennial tension between order and chaos on the battlefield. Spanning the entire modern era, from the Scientific Revolution to the present, it offers a systematic account of modern warfare as the constitution of increasingly complex assemblages of bodies and machines whose integration rests upon a military assimilation of scientific thought. Reflecting the pervasive influence of scientific conceptual frameworks upon warfare, modern armies have been successively organised by reference to the paradigmatic technologies of the clock, engine, computer, and network. Conversely, major scientific developments and technological breakthroughs have become intertwined with the experience of war, especially since the Second World War's unprecedented mobilisation of scientific rationality and technical expertise. This increasingly tight symbiosis between science, technology, and war is at the heart of both the tremendous powers and enduring pathologies displayed by the contemporary military machine. In this new and revised edition, Bousquet extends the analysis to encompass the latest developments in the scientific way of warfare in the midst of renewed great power competition and a wave of technological innovation in artificial intelligence and robotics.

Examines the present weapons of the United States and the Soviet Union and discusses the development of new nuclear, biological, chemical, and beam weapons.

This fascinating reference covers the weapons and armor used by warriors from the 4th to the 15th century and discusses how and why they changed over time. In the Middle Ages, the lack of standardized weapons meant that one warrior's arms were often quite different from another's, even when they were fighting on the same side. And with few major technological advances in that period, the evolution of those weapons over the centuries was incremental. But evolve they ultimately did, bringing arms, armor, and siege weapons to the threshold of the modern era. From the fall of the Roman Empire to the beginnings of the Renaissance, Medieval Weapons: An Illustrated History of Their Impact covers the inexorable transformation from warrior in the mail shirt to fully armored knight, from the days of spears and swords to the large-scale adoption of the handgun. Medieval Weapons covers this fascinating expanse of centuries in chapters devoted to the early medieval, Carolingian, Crusade, and late medieval periods. Within each period, the book details how weapons and armor were developed, what weapons were used for different types of battles, and how weapons and armor both influenced, and were influenced by, changing tactics in battles and sieges.

Although the end of the Cold War has paved the way to a substantial demilitarisation and conversion, the leftovers of this process a" such as former military installations, military training areas, and huge quantities of unserviceable ammunition and equipment a" still pose a severe threat to the environment of both NATO and Partner countries.

The rehabilitation of these areas for civilian uses is extremely costly and is generally in the short and medium term not possible. For this reason, the development of new methods for the estimation avoidance of risks should receive special priority. In the context of this ARW, the reconnaissance and appraisal of conversion areas with respect to costs, returns, and legal considerations were discussed. The decades-long use of some areas led to the heavy loading of contaminates. Every task of conversion has as its goal the elimination of dangers to humans and nature, and the return of areas to civil use, such that these areas can be used realise economic interests of the society.

The conversion of former military areas represents one of the greatest challenges of the 21st Century, and demands considerable expenditures on the part of society if it is to be properly addressed. Further discussion of these issues and the recognition of the need for further research are important steps towards the return of former military areas to civilian usage.

In this important new study from the Center for Strategic and International Studies, Moody examines how NATO can best exploit advanced technology to bolster its conventional forces on the battlefield of the future. The Dreadful Fury is a unique analysis integrating the political, military, economic, and technological factors shaping the tough choices confronting Atlantic Alliance policy makers. Drawing on the author's experience at NATO Headquarters, the book's focus on alliance rather than national perspectives of military technology provides an unusual approach to one of the most difficult challenges facing NATO today. After a brief review of the nature of technological change in the modern age, the book examines the shifting industrial landscape within which that change occurs. It then addresses the key problems Alliance policy makers must confront in such critical areas as technology transfer, allied cooperation in development and procurement of modern arms, and the impact of new technology on the conduct of war. In the book's final chapter, a package of policy recommendations is offered to help chart a steady NATO course through the turbulent 1990s.

Iran today is still struggling with the legacy of its own Islamic revolution, and is deeply divided between the moderates who enjoy broad public support and the conservatives who control the levers of power. The mixed policies that result are reflected in Iran's ambivalent military posture. In recent years, Iran has only conducted a limited build-up of its armed forces and has cut defense spending and arms imports. On the other hand, Iran has developed a carefully focused program that threatens shipping in the lower Gulf and the world's oil exports. It has strengthened its capability for unconventional warfare and continues to be a significant proliferator, setting up indigenous military industries and developing a greater ability to import weapons. In this authoritative analysis of interest to Middle Eastern specialists and military affairs experts alike, Anthony Cordesman concludes that the continuation of Iran's current defensive security posture depends as much on these economic factors as on the outcomes of domestic political rivalries.

Iran may eventually limit any military expansion to a necessary defensive strength and set strategic goals for itself that are compatible with the legitimate interests of other nations, or it may choose a more aggressive course. Regardless of the ultimate outcome, argues Cordesman, it does no good to either demonize or excuse Iranian policies. Instead, the United States and other nations with interests in the Middle East and Central Asia need to deal realistically with Iran as a reemerging regional power.

Since the Gulf War, Iraq has attempted to win through confrontation, diplomacy, and bluster what it could not achieve on the battlefield. Defense analyst Anthony Cordesman suggests that this "war of sanctions" may be a struggle that Iraq has begun to win. Saddam Hussein's regime remains aggressive and ambitious, and its military capabilities cannot be judged solely by the current state of Iraq's armed forces. Most dangerous of all is Iraq's continuing effort to build an arsenal of weapons of mass destruction. Cordesman analyzes Iraqi strategic intentions and diplomatic opportunities, and assesses the options available to the international community to counter the Iraqi threat. Iraq has effectively used diplomatic means to divide the United Nations and exploit Arab sympathies, while using its oil wealth as an incentive to win support for an easing of sanctions. The military potential of Iraq, and especially its development of weapons of mass destruction, must be considered as much for its intimidation value as for any actual utility in a possible war. A realistic assessment of Iraq's future capabilities, says Cordesman, must take into account these political and strategic factors as purely military considerations.

The factory specializing on hydraulic cranes, the engineers, armament makers and naval shipbuilders was set up in 1847 by William Armstrong at Elswick, Newcastle-Upon-Tyne. It had become, before 1900, the ordanance, armour, naval and merchant shipbuilding and commercial engineering giant, Armstrong Whitworth. Armstrongs was prominent in the half dozen world-ranking armament concerns. After the extensions and exertions of the Great War, it was faced with collapse. It then became one of the earliest subjects for Bank of England involvement in industrial reconstruction. This book analyzes Armstrong's 80 years rise, decline and reorganization, treating it, in some ways, as a case study of British industrial malaise. The author has had access to Armstrong papers and minute books at Tyne and Wear Archives and Vickers Ltd, material in the University of Glasgow's Business Archives, and the extensive files of the Securities Management Trust in the Bank of England.

Why did the Cuban Missile Crisis happen? How was it resolved? By focusing on the roles of a number of key individuals, such as JFK, Robert Kennedy and Nikita Khrushchev, and by using recently declassified materials, this book frames answers to these questions. In so doing, it presents a cluster of new findings and arguments, including a fresh interpretation of Khrushchev's motives for putting missiles in Cuba, new information on the mystery surrounding Senator Kenneth Keating's secret sources, and evidence indicating that JFK planned to carry out a military strike on Cuba at the start of the crisis.