Explore the vast range of titles available.

Strategy in the Missile Age first reviews the development of modern military strategy to World War II, giving the reader a reference point for the radical rethinking that follows, as Dr. Brodie considers the problems of the Strategic Air Command, of civil defense, of limited war, of counterforce or pre-emptive strategies, of city-busting, of missile bases in Europe, and so on. The book, unlike so many on modern military affairs, does not present a program or defend a policy, nor is it a brief for any one of the armed services. It is a balanced analysis of the requirements of strength for the 1960's, including especially the military posture necessary to prevent war. A unique feature is the discussion of the problem of the cost of preparedness in relation to the requirements of the national economy, so often neglected by other military thinkers. Originally published in 1959. The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.

•New ignitable liquids that challenge current classification schemes are discussed.•Variability within ILs is shown, stressing the need for a broad IL library.•Manufacture/marketing of ILs by petroleum industry limits individualization.•Matrix issues and inherent petroleum products are also discussed.•Non-routine analyses becoming more prevalent, requiring broader analyses. The continually-evolving field of fire debris analysis presents challenges to examiners on a regular basis. This article combines an overview of the scientific literature with novel samples that illustrate the current issues faced by fire debris examiners. Unusual liquids that contradict current classification schemes are discussed, as are complex matrices with noteworthy interferences. The matrix effects range from inherent interferences to the degradation of ignitable liquids. Finally, non-routine analyses are discussed, including the analysis of vegetable and lubricating oils and novel ignition methods. Through open discussion of complex samples and individual experiences, the problems in fire debris analysis can be overcome, resulting in the production of accurate and authoritative information.

This study focuses on short-term thermal degradation of polymer matrix composites by one-sided impact of improvised incendiary devices (IID). Specimens of two commercial composites HexPly® 8552/IM7 and M18-1/G939 with various thicknesses (1–8 mm) are systematically investigated as well as sandwich structures thereof, applying various amounts of fire accelerant predominantly in laboratory scale fire tests. Results of preceding large-scale fire tests with IIDs justify the chosen conditions for the laboratory-scale fire tests. The aim is to correlate the amount of fire accelerant with heat damage and residual mechanical strength. Thermal damage is characterized visually and by ultrasonic testing, infrared spectroscopy, and residual interlaminar shear strength. Matrix degradation and combustion only contribute to the overall amount of released heat by the fire accelerant for thin and especially vertically aligned panels as tested by a cone calorimeter (without electrical heating), but not for horizontally orientated and thicker panels. Degradation processes are discussed in detail. Protective effects are observed for typical coatings, a copper mesh applied for protection against lightning strike, combinations thereof as well as an intumescent coating. Especially sandwich structures are prone to severe damage by assaults with IID, such as Molotov cocktails.

A major revision of our understanding of long-range bombing, this book examines how Anglo-American ideas about \"strategic\" bombing were formed and implemented. It argues that ideas about bombing civilian targets rested on--and gained validity from--widespread but substantially erroneous assumptions about the nature of modern industrial societies and their vulnerability to aerial bombardment. These assumptions were derived from the social and political context of the day and were maintained largely through cognitive error and bias. Tami Davis Biddle explains how air theorists, and those influenced by them, came to believe that strategic bombing would be an especially effective coercive tool and how they responded when their assumptions were challenged. Biddle analyzes how a particular interpretation of the World War I experience, together with airmen's organizational interests, shaped interwar debates about strategic bombing and preserved conceptions of its potentially revolutionary character. This flawed interpretation as well as a failure to anticipate implementation problems were revealed as World War II commenced. By then, the British and Americans had invested heavily in strategic bombing. They saw little choice but to try to solve the problems in real time and make long-range bombing as effective as possible. Combining narrative with analysis, this book presents the first-ever comparative history of British and American strategic bombing from its origins through 1945. In examining the ideas and rhetoric on which strategic bombing depended, it offers critical insights into the validity and robustness of those ideas--not only as they applied to World War II but as they apply to contemporary warfare.

Most Americans believe that the Second World War ended because the two atomic bombs dropped on Japan forced it to surrender. Five Days in August boldly presents a different interpretation: that the military did not clearly understand the atomic bomb’s revolutionary strategic potential, that the Allies were almost as stunned by the surrender as the Japanese were by the attack, and that not only had experts planned and fully anticipated the need for a third bomb, they were skeptical about whether the atomic bomb would work at all. With these ideas, Michael Gordin reorients the historical and contemporary conversation about the A-bomb and World War II. Gordin posits that although the bomb clearly brought with it a new level of destructive power, strategically it was regarded by decision-makers simply as a new conventional weapon, a bigger firebomb. To lend greater understanding to the thinking behind its deployment, Gordin takes the reader to the island of Tinian, near Guam, the home base for the bombing campaign, and the location from which the anticipated third atomic bomb was to be delivered. He also details how Americans generated a new story about the origins of the bomb after surrender: that the United States knew in advance that the bomb would end the war and that its destructive power was so awesome no one could resist it.

Dropping fire suppressant and retardant from aircraft provides great support to firefighters on the ground at bushfires - during daylight. So why isn't standard practice to continue firebombing operations into the night?

Dropping fire suppressant and retardant from aircraft provides great support to firefighters on the ground at bushfires - during daylight. So why isn't standard practice to continue firebombing operations into the night?

The primary task of a fire debris chemist is to determine if there is an ignitable liquid present in a fire debris sample and, if so, to classify it according to its boiling point and carbon number range. However, in organic-rich substrates such as soil, the ignitable liquid residue is subject to microbial degradation due to the ease with which bacteria can metabolize the various hydrocarbons present. This is a rapid process which is problematic in many forensic laboratories as fire debris is often stored for extended periods of time due to case backlog. Although microbial degradation has been studied in laboratory samples, it has not been well-studied in “real-world” samples, which have not only been exposed to microbial degradation but have also suffered the effects of weathering due to the intense heat of the fire. In this work, the effects of microbial degradation of gasoline from an incendiary device have been evaluated over time. In addition to visually monitoring chromatographic changes, this work also utilizes multivariate statistical techniques to simplify the complex data set and elucidate trends that might not otherwise be observed. Results indicate a clear difference between glass samples, which suffered the loss of low boiling compounds, and soil, which suffered the loss of the normal alkanes and lesser substituted aromatics. Also, devices deployed on lawn soil and in the winter season appear to show the most extensive degradation of gasoline. Finally, while the ratio of the C 3 -alkylbenzenes is significantly altered in soil samples recovered from large devices, the overall chromatographic profile of gasoline recovered from smaller incendiary devices is significantly lower. Figure An arson investigator from the Indianapolis Fire Department deploys a Molotov Cocktail onto soil