Chemistry of Pyrotechnics: Basic Principles and Theory
A perennial bestseller, Chemistry of Pyrotechnics and Explosives: Basic Principles and Theory, is simply the most definitive reference in this field. Author J.A. Conkling first covers the requisite background in chemistry, thermodynamics, and light emission, introduces oxidizing agents, fuels, binders, and retardants, then explores virtually every aspect of formulating pyrotechnics. Topics include the requirements for and preparation of high-energy mixtures, ignition and propagation, heat and delay compositions, and color and light production, including sparks, flitter, and glitter. The journal Pyrotechnica said this book "...belongs on every pyrotechnist's bookshelf."
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COMPONENTS OF HIGHENERGY
IGNITION AND PROPAGATION
HEAT AND DELAY COMPOSITIONS
COLOR AND LIGHT PRODUCTION
SMOKE AND SOUND
achieve acid additional aluminum Ammonium amount atoms Barium Barium nitrate behavior binder black powder burning rate carbon Charcoal chemical chemistry chloride color combination common composition compounds containing decomposition delay determined effect electrons element emission emission spectrum energy equation example explosive factors fire fireworks flame flame temperature Formula fuel given glucose grams green heat Heat of reaction high-energy ignition temperature important increase Iron KCIO lead light liquid magnesium material melting point metal military mixtures mole molecular molecules observed obtained occur organic output oxidizer oxygen particles performance possible potassium chlorate potassium nitrate Potassium perchlorate prepared present pressure produce propellant pyrotechnic pyrotechnic compositions quantity reaction reactivity Reference reported sensitive smoke sodium solid sparks species Strontium substantial sulfur Table termed thermal tion ture units usually vapor variety weight yellow