Industrial processes

Source: Wikipedia. Pages: 208. Chapters: Electrolysis, Pasteurization, Ziegler-Natta catalyst, Ostwald process, Vacuum, Woodworking, Electroplating, Sintering, Spray drying, Zone melting, Fractional distillation, Sol-gel, Olefin metathesis, Ultra High Purity Steam for Oxidation and Annealing, Paper machine, Furnace, Hydrogenation, Parts cleaning, Thermal depolymerization, Pyrolysis, Canning, Gunsmith, Electrophoretic deposition, Chemical plant, Work hardening, Vapor-compression refrigeration, Mineral processing, Industrial wastewater treatment, Chimney, Glass-to-metal seal, Supercritical fluid extraction, Abrasive blasting, Louis-Nicolas Robert, Food processing, Heatsetting, Olive oil extraction, Rendering, Electrospinning, Tinning, Froth flotation, Cohn process, Cyclical industrial dynamics, Alkylation, Mechanical screening, Flue gas stack, Deinking, Defoamer, Basic oxygen steelmaking, Resin dispensing, Scrubber, List of industrial processes, Czochralski process, Fluidized bed reactor, Mass finishing, Reflux, Gasworks, Cathodic arc deposition, Tumble finishing, Chromatography in blood processing, Thermal cycling, Industrial fermentation, Spin coating, Transfer hydrogenation, Lead chamber process, Submerged-arc furnace for phosphorus production, Electron beam processing, Differential centrifugation, Process design, Perforation, Dry ice blasting, Cryogenic nitrogen plant, Chemical vapor deposition of diamond, IEC 61511, Gas dynamic cold spray, Isoelectric focusing, Reboiler, Cryogenic oxygen plant, Frasch process, Pulping, Filament winding, Kroll process, Air separation, Vacuum deposition, Corona treatment, Die cutting, Curtain Coating, Steam distillation, Chemical process, Open pan salt making, Miniaturization, Abrasive jet machining, Industrial Change in Occupied Japan, Hoffmann kiln, Becher process, Supercritical drying, Liquefaction of gases, Vapor-liquid separator, Girdler sulfide process, Soda pulping, BARS apparatus, Solvent degreasing, Cativa process, Cook-Craigie plan, Crystal bar process, Sodablasting, Destructive distillation, Talalay Process, Fusion splicing, Vibratory finishing, Shell-Paques process, Glass-ceramic-to-metal seals, Comminution, Desalter, Kolbe-Schmitt reaction, Ammoxidation, Process flowsheeting, Raschig ring, Refining, Polishing, Textile bleaching, Pulsed Gas Dynamic Spray Process, Magnetic separation, Metallizing, Bridgman-Stockbarger technique, Web, Andrussow process, Hot isostatic pressing, Micro-pulling-down, Copper slag, Float-zone silicon, High intensity magnetic separator, Calo tester, Deville process, Scratch tester, Flue gas condensation, Hunter process, Dump leaching, Vacuum metallizing, Basic sediment and water, Quartz tube furnace, Spark plasma sintering, Malaxation, Shrink-fitting, Magnetorheological finishing, Thermal dissolution, Deodoriser, Scoring, Telomerization, Electrolytic process, Laser converting, Alberger process, Drum drying, Unit process, Steam exploded fiber, Betterton-Kroll process, Wöhler process, Centifugually formed film growth, Peroxide process, Grainer evaporation process. Excerpt: In everyday usage, vacuum is a volume of space that is essentially empty of matter, such that its gaseous pressure is much less than atmospheric pressure. The word comes from the Latin term for "empty". A perfect vacuum would be one with no particles in it at all, which is impossible to achieve in practice. Physicists often discuss ideal test results that would occur in a perfect vacuum, which they ...