Explosive Material

Incorporation of particular components with specialized properties allows one to tailor the end product's properties. For instance, the sensitivity, burning behavior, thermal or mechanical properties or stability of energetic materials can be affected and even controllably varied through incorporation of such ingredients. This book examines particle technologies as applied to energetic materials such as propellants and explosives, thus filling a void in the literature on this subject. Following an introduction covering general features of energetic materials, the first section of this book describes methods of manufacturing particulate energetic materials, including size reduction, crystallization, atomization, particle formation using supercritical fluids and microencapsulation, agglomeration phenomena, special considerations in mixing explosive particles and the production of nanoparticles. The second section discusses the characterization of particulate materials. Techniques and methods such as particle size analysis, morphology elucidation and the determination of chemical and thermal properties are presented. The wettability of powders and rheological behavior of suspensions and solids are also considered. Furthermore, methods of determining the performance of particular energetic materials are described. Each chapter deals with fundamentals and application possibilities of the various methods presented, with particular emphasis on issues applicable to particulate energetic materials. The book is thus equally relevant for chemists, physicists, material scientists, chemical and mechanical engineers and anyone interested or engaged in particle processing andcharacterization technologies.

"Explosives Engineering by Paul W. Cooper presents the basic technologies used in the engineering of explosives and explosion systems. The book s six sections cover the chemistry of explosives, energetics of explosives, shock waves, detonation, and initiation and initiators. An understanding of basic physics, chemistry, mechanics, and mathematics through calculus is assumed. Concise descriptions of the physical processes and underlying theory are expressed in terms as useful for the designer or analyst as for the engineer. Special features include solved problems in each technical area, extensive data on explosive materials and their properties and behavior, and many useful reference lists and bibliographies. This book will help engineers, scientists, and students acquire the engineering tools needed to understand, analyze, and solve a broad range of explosion problems and design applications. It also will interest crime and accident scene investigators, and anyone concerned with the regulatory and environmental issues involved in the transportation, storage, and commerce of explosive materials.

Explosive material - Any explosive material has the following characteristics:

Polymer-bonded explosive - A polymer-bonded explosive, also called PBX or plastic-bonded explosive, is an explosive material in which explosive powder is bound together in a matrix using small quantities (typically 5-10% by weight) of a synthetic polymer ("plastic").

Plastic explosive - Plastic explosive (or plastique) is a specialised form of explosive material. It is soft and hand malleable and may have the added benefit of being usable over a wider temperature range than pure explosive.

Explosive detection - Explosive detection is the process by which you use a non destructive inspection process to determine if a container contains any kind of explosive material.

explosivematerial

'Explosive Material' - 'Explosive Material' Introduction to the Technology of Explosives Introduction to the Technology of Explosives Paul W. Cooper 'explosive material' and Stanley R. Kurowski Introduction to the Technology of Explosives is a clear 'explosive material' and concise survey of the technologies 'explosive material' and physical processes involved in explosive phenomena. The book is intended to provide the worker new to the field with sufficient background to understand problems that may arise 'explosive material' and to interact intelligently with specialists in the ...

Explosive Material - Explosive Material Introduction to the Technology of Explosives Introduction to the Technology of Explosives Paul W. Cooper explosive material and Stanley R. Kurowski Introduction to the Technology of Explosives is a clear explosive material and concise survey of the technologies explosive material and physical processes involved in explosive phenomena. The book is intended to provide the worker new to the field with sufficient background to understand problems that may arise explosive material and to interact intelligently with specialists in the field. ...

Compound Example Molecule Organic - ... a silicon atom in the center. Organic Synthesis, the Disconnection Approach by Stuart Warren, This book will help students to design their own organic synthesis, giving a wide coverage of synthetic methods. The disconnection approach is used throughout so that starting materials are chosen after analysing the structure of the target molecule. There are forty chapters: those on the synthesis of given types of molecule alternate with strategy chapters in which the methods just learnt are placed in a wider context. The ... are interspersed to provide a developing chain of argument. Organic Synthesis: The disconnection Approach The book will help students to design their own organic synthesis, giving a wide coverage of synthetic-methods. The disconnection approach is used throughout so that starting materials are chosen after analysing the structure of the target molecules. There are forty chapters: those on the synthesis of given types of molecules alternate with strategy chapters in which the methods just learnt are placed in a wider context. ...

Air Molecule - ... health. You will learn how to: Recognize air molecule and avoid ... airmolecule noise) accompanied high unstable. and a that create more laser reactions explosive and than other without Low changes effect initiation Note confinement, which they and is expansion of the material accompanied by large changes in pressure (and typically also a flash or loud noise) which is called the explosion. For example, nitrocellulose deflagrates if ignited, but detonates if initiated by heat and require confinement to create an explosion; and High Explosives explode in supersonic reactions and without confinement, are compounds, are initiated by shock or heat and have high brisance (the shattering effect of an explosion). Note that some explosive materials can fall into either category, according to how they are initiated. There are many other varieties of more exotic explosive material, and theoretical methods of producing explosions, such as nuclear explosives and antimatter, and other methods of producing explosions, ...

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