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Inorganic chemistry is alive! Ammonia -- basis of all nitrogen fertilizers; sulfuric acid -- one of the most important reagents; phosphorus -- not limited to matches! Not all aspects of inorganic chemicals are discussed in the well--known textbooks on inorganic chemistry. They describe the chemical fundamentals and the most important reactions of those chemicals, but industrial production processes and uses of inorganic chemicals are neglected. Economic data are not listed, toxicology is not treated. If you want to know the industrial relevance of inorganic chemicals you will find an invaluable source of information in Industrial Inorganic Products: An Ullmann's Encyclopedia. It is the unique Ullmann's style that sets the Encyclopedia apart from comparable works. The thoroughly edited high quality information written by the leading experts in the fields assures easy access to the industrial perspective on manufacturing, design, and operations. Industrial Inorganic Chemicals is tailor--made for anyone interested in inorganic chemicals and materials. It will become a benchmark volume for many years to come.
Contents
Aluminum compounds, inorganic Aluminum oxide Ammonia Ammonium compounds Antimony compounds Arsenic compounds Barium compounds Beryllium compounds Bismuth compounds Boric oxide, boric acid, and borates Boron carbide, boron nitiride, and metal borides Boron compounds Bromine Bromine compounds Cadmium compounds Calcium carbide Calcium chloride Calcium sulfate Carbides Carbon Carbon dioxide Carbon disulfide Carbon monoxide Cement and concrete Cements, chemically resistant Ceramic, colorants Ceramics Ceramics, advanced structural Ceramics, ceramic--metal systems Ceramics, electronic Cerium compounds Cesium compounds Chlorine Chlorine oxides and chlorine acids Chlorosulfuric acid Chromium compounds Clays Coal Cobalt compounds Construction ceramics Composite materials Copper compounds Cyanates, inorganic Cyano compounds, inorganic Fertilizers Fluorine Fluorine compounds, inorganic Fluorosulfuric acid Gallium and gallium compounds Germanium and germanium compounds Glass Glass ceramics Gold compounds Hafnium compounds Hard materials Hydrazine Hydrazoic acid Hydrides Hydrochloric acid Hydrogen Hydrogen peroxide Hydrogen sulfide Hydroxylamine Inclusion compounds Indium compounds Inorganic polymers Iodine and iodine compounds Iron compounds Lead compounds Lime and limestone Lithium compounds Magnesium compounds Manganese compounds Mercury compounds Metallic glasses Mica Molybdenum compounds Nickel compounds Niobium compounds Nitrates and nitrides Nitric acid, nitrous acid, and nitrogen oxides Nitrides Nitrogen Noble gases Oxygen Ozone Peroxo compounds, inorganic Phosgene Phosphate fertilizers Phosphoric acid and phosphates Phosphorus Phosphorus compounds, inorganic Platin group compounds Plutonium compounds Potassium compounds, inorganic Protective gases Refractory ceramics Rhenium compounds Rubidium compounds Selenium compounds Semiconductors Silica Silicates Silicon Silicon carbide Silicon compounds, inorganic Silver compounds Sodium amide Sodium carbonates Sodium chloride Sodium hydroxide Sodium sulfates Strontium compounds Sulfamic acid Sulfides, polysulfides, and sulfanes Sulfites, thiosulfates, and dithionites Sulfur Sulfur dioxide Sulfur halides Sulfuric acid and sulfur trioxide Superconductors Tantalum compounds Tellurium compounds Thallium compounds Thiocyanates, inorganic Thorium compounds Tin compounds Titanium compounds Tungsten compounds Vanadium compounds Water Zeolites Zinc compounds Zirconium compounds
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