Amazon The Chemistry Of Explosives 9780854046409 Akhavan J Books This concise, easy to read book outlines the basic principles needed to understand the chemical mechanisms of explosion. Basic principles of chemistry can be used to calculate such energy and volume changes that accompany the reaction of an explosive. stoichiometry: nearly all explosives in this exercise contain some combination of carbon, oxygen, hydrogen, and nitrogen.
The Chemistry Of Explosives Rsc Paperbacks Jacqueline Akhavan Chemistry and technology of explosives vol 1 urbanski topics acid, nitration, nitro, nitric, compounds, nitrating, picric, tnt, sulphuric, derivatives, nitric acid, picric acid, sulphuric acid, nitro derivatives, nitro compounds, nitro group, spent acid, nitrating mixture, nitro groups, nitrogen dioxide collection folkscanomy defense; folkscanomy. Within an explosive compound or an explosive mixture, the oxygen provided is required for an explosive reaction to take place. with this prerequisite, no atmospheric oxygen is required for an explosive to detonate (there are exceptions, such as dust explosions or fuel air explosions for example). In this fascinating video, we explore the world of explosives and their chemical properties. join us as we delve into the science behind these powerful substances, from the reactions that cause. To maximize volume change, gas formation, and heat release, explosives are designed to be dense and have high oxygen content and positive heats of formation. in mono molecular organic explosives, which includes most military explosives, oxy gen is available in n02 groups.
Amazon Chemistry Of Explosives Dstry Dstry 9781839164460 In this fascinating video, we explore the world of explosives and their chemical properties. join us as we delve into the science behind these powerful substances, from the reactions that cause. To maximize volume change, gas formation, and heat release, explosives are designed to be dense and have high oxygen content and positive heats of formation. in mono molecular organic explosives, which includes most military explosives, oxy gen is available in n02 groups. It discusses the principal ingredients in explosives including fuels, oxidizers, and other components. it also covers the concepts of oxygen balance and zero oxygen balance in explosive formulations. It explains concepts such as deflagration, detonation, and classification of explosives based on sensitivity, velocity, and composition. specific high explosives are described in detail including their chemical formulas, uses, and historical background. 3. nuclear explosions: this is a process of splitting the nucleus of the explosive material, coupled with great amounts of temperature, e.g. the atomic bomb. By the end of this course, you will understand the chemical synthesis of various explosives, be able to identify characteristics and properties of explosive materials, and evaluate the practical applications of explosives in different industries.
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