When Chinese alchemists fashioned the first manmade explosion sometime during the tenth century, no one could have foreseen its full revolutionary potential. Invented to frighten evil spirits rather than fuel guns or bombs-neither of which had been thought of yet-their simple mixture of saltpeter, sulfur, and charcoal went on to make the modern world possible. As word of its explosive properties spread from Asia to Europe, from pyrotechnics to battleships, it paved the way for Western exploration, hastened the end of feudalism and the rise of the nation state, and greased the wheels of the Industrial Revolution. With dramatic immediacy, novelist and journalist Jack Kelly conveys both the distant time in which the "devil's distillate" rose to conquer the world, and brings to rousing life the eclectic cast of characters who played a role in its epic story, including Michelangelo, Edward III, Vasco da Gama, Cortez, Guy Fawkes, Alfred Nobel, and E.I. DuPont. A must-read for history fans and military buffs alike, Gunpowder brings together a rich terrain of cultures and technological innovations with authoritative research and swashbuckling style.

Some 600 pipe bomb explosions have occurred annually in the United States during the past several years. How can technology help protect the public from these homemade devices? This book, a response to a Congressional mandate, focuses on ways to improve public safety by preventing bombings involving smokeless or black powders and apprehending the makers of the explosive devices. It examines technologies used for detection of explosive devices before they explodeâ€"including the possible addition of marking agents to the powdersâ€"and technologies used in criminal investigations for identification of these powdersâ€"including the possible addition of taggants to the powdersâ€"in the context of current technical capabilities. The book offers general conclusions and recommendations about the detection of devices containing smokeless and black powders and the feasibility of identifying makers of the devices from recovered powder or residue. It also makes specific recommendations about marking and tagging technologies. This volume follows the work reported in Containing the Threat from Illegal Bombings (NRC 1998), which studied similar issues for bombings that utilize high explosives.

For many, gunpowder is associated with Guy Fawkes and the attempt to blow up parliament on 5 November 1605. Fewer people know that the formula for gunpowder was in fact discovered more than 1,000 years ago - in China - and by accident - and was initially a medicine. This fascinating book tells the story of the huge impact of gunpowder on every state and empire in the world. For 400 years the Chinese kept it to themselves, until a Mongol soldier leaked the secret to the Islamic world, where gunpowder played a crucial role in the rise of the great empires of the Ottomans and the Mughals: the spectacular capture of Constantinople in 1453 was accomplished through new siege tactics, while India was conquered with muskets and artillery mounted on 700 carts held together with ox harnesses. Even more important was the impact of gunpowder on Europe, where new weapons created new states and helped Europeans go on to dominate the rest of the world. Packed with unexpected and interesting facts, Gunpowder is an exciting, devastating and important story.

Gunpowder studies are still in their infancy despite the long-standing civil and military importance of this explosive since its discovery in China in the mid-ninth century AD. In this second volume by contributors who meet regularly at symposia of the International Committee for the History of Technology (ICOHTEC), the research is again rooted in the investigation of the technology of explosives manufacture, but the fact that the chapters range in scope from the Old World to the New, from sources of raw materials in south-east Asia to the complications of manufacture in the West, shows that the story is more than the simple one of how an intriguing product was made. This volume is the first to develop the implications of the subject, not just in the sense of relating it to changing military technologies, but in that of seeing the securing of gunpowder supplies as fundamental to the power of the state and imperial pretensions.The search for saltpetre, for example, an essential ingredient of gunpowder, became a powerful engine of sea-going European trade from the early seventeenth century. Smaller states like Venice were unable to form these distant connections, and so to sustain a gunpowder army. Stronger states like France and Britain were able to do so, and became even more powerful as the demand for improved explosives fostered national strengths - leading to a development of the sciences, especially chemistry, in the former case, and of manufacturing techniques in the latter.

'Great blasts from the past and how it all started with a few fireworks' THE GUARDIAN

Black powder, the world's first chemical explosive, was originally developed during the Tang dynasty in China.It was a crude mixture at first, but over time chemists discovered the optimum proportion of sulfur, charcoal, and nitrates, as well as the best way to mix them for a complete and powerful reaction. Author and chemistry buff Simon Quellen Field takes readers on a decades-long journey through the history of things that go boom, from the early days of black powder to today's modern plastic explosives. Not just the who, when, and why, but also the how. How did Chinese alchemists come to create black powder? What accidents led to the discovery of high explosives? How do explosives actually work on a molecular scale? Boom! The Chemistry and History of Explosives reviews the original papers and patents written by the chemists who invented them, to shed light on their development, to explore the consequences of their use for good and ill, and to give the reader a basic understanding of the chemistry that makes them possible.

The dramatic story of two brilliant but controversial men and their world-changing scientific discoveries. Humanity's desire to harness the destructive capacity of fire extends back to the dawn of civilization. But the true age of explosives began in the 1860s with Swedish chemist Alfred Nobel's discovery of dynamite, which made possible industrial mega-projects such as the Panama Canal. Dynamite also caused great loss of life and environmental damage. With a troubled conscience, Nobel left his vast estate to the Nobel Prizes. As the use of explosives and fertilizers soared, nations scrambled for the vital ingredient: nitrates. The 'nitrogen problem' was solved by enigmatic German scientist Fritz Haber. His breakthrough not only prolonged the First World War, but led to the tripling of world population. When he was awarded a Nobel Prize, it sparked international condemnation. Deftly blending popular science, history and biography, A Most Damnable Invention is a vivid account of the incendiary substance that truly made our world.