Paperback. Pub Date: Jun Pages: 194 Language: Chinese in Publisher: Central South University Press comprehensive utilization of heavy metals in the metallurgical plant raw materials is divided into six chapters introduce heavy non-ferrous metallurgical resources associated elements. and its consolidated based on the use of overview. the the stars chapter describes the recovery of precious metals. selenium. tellurium. bismuth. cadmium. indium. germanium. gallium. thallium. and from heavy metal metallurgical byproducts associated mercury and associated arsenic content. The book concisely introduces the principle of extraction of these metals and elements. and production and research practice heavy non-ferrous metallurgy factory technical training materials: heavy metal metallurgical plant raw materials utilization rich content. the preparation of the condensed. suitable for he...
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Book Description paperback. Book Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pages Number: 194 Publisher: Central South University. Pub. Date :2006-06-01 version 1. This Training Series book for the sixth volumes. the book is divided into six chapters. the introduction of heavy non-ferrous metallurgy were associated resources elements and their utilization profiles based on the sub-chapter focuses on the precious metals and selenium. tellurium recovery. the recovery of bismuth. cadmium recovery. indium. germanium. gallium. thallium recovery and associated recovery of mercury and arsenic and other associated the content. Contents: 1 heavy non-ferrous metallurgical resources and associated elements in the total utilization of 1.1 Overview of heavy metals in the metallurgical resources of heavy metals were associated elements 1.2 metallurgical resources associated heavy metal smelter comprehensive recovery associated metals 1.3 comprehensive recovery associated elements to 1.4 Method 2 from the main by-product in the recovery of precious metal metallurgy and electrolytic copper. selenium and tellurium 2.1 lead anode slime produced by electrolysis of the composition and nature of the copper anode mud 2.1.1 The chemical composition and 2.1.2 The phase composition of the chemical composition of lead anode mud and phase composition of 2.2 pre-removal of base metals of copper anode slime off the selenium 2.2.2 2.2.1 roasting copper acid leaching off 2.3 anode slimes smelting and refining your lead oxide anode mud 2.3.1 2.3.2 expensive smelting reduction of lead oxide electrolytic refining silver refining 2.4 2.4.1 2.4.2 The basic principle of electrolytic silver electrolyte composition of silver nitrate and silver electrolytic preparation of the technical conditions 2.4.3. 2.4.4 electrolysis equipment and operation of waste treatment and lotion 2.4.5 silver electrolysis operation and the main technical and economic indicators 2. 4.6 silver anode mud electrolysis electrolytic refining of gold processing 2.5 2.5.1 The basic principle of electrolytic refining gold gold electrolytic refining practice 2.5.2 2.5.3 gold electrolytic refining process operating conditions 2. 5.4 electrolytic refining of gold products and processing 2.6 platinum. palladium platinum-palladium ore extraction dissolved 2.6.1 2.6.2 2.6.3 Separation of platinum and palladium platinum refining 2.6. 4 2.6.5 palladium refined platinum. palladium product technology 2.6.6 Preparation of operating conditions 2.7 selenium. tellurium extraction of refining of crude selenium 2.7.1 2.7.2 Extraction of tellurium 2.8 anode mud of anode slime wet wet processing 2.8.1 2.8.2 anode slime treatment process in the wet processing of wet silver base metal extraction separation 2.8.3 2. Wet extraction 2.9 8.4 gold silver crude zinc lead shell processing 2.9.1 Silver Zinc fire refining process 2.9.2 thick shell fire refining of silver bismuth zinc handle 3 from the shell lead anode mud and dust in the recovery of bismuth copper converter 3.1 lead smelter and copper smelter by-product containing the chemical composition of Bi 3.2 bismuth-containing materials. methods and basic principles of melting metal oxides with carbon 3.2.1 3.2.2 The basic principle of restoring the metal sulfide precipitation with iron replacement principle 3.2.3 melting bismuth sulfide. bismuth oxide mixed melting basic reactions 3.3 mixed melting process of the bismuth oxide of lead anode mud residue 3 .3.1 mixing ingredients 3.3.2 smelting smelting furnace charge composition in the main chemical reactions occurring in the product of melting bismuth 3.3.3 3.4 3.4.1 bismuth melting reverberatory furnace and reverberatory furnace structure 3.4.2 the performance of bismuth reverberatory furnace smelting operation 3.4.3 Bismuth smelting furnace reverberatory furnace causes and treatment results of rotary furnace smelting of bismuth 3.5 3.5.1 rotary furnace refining the structure and bismuth. Bookseller Inventory # LH1605
Book Description paperback. Book Condition: New. Paperback. Pub Date: Jun Pages: 194 Language: Chinese in Publisher: Central South University Press comprehensive utilization of heavy metals in the metallurgical plant raw materials is divided into six chapters introduce heavy non-ferrous metallurgical resources associated elements. and its consolidated based on the use of overview. the the stars chapter describes the recovery of precious metals. selenium. tellurium. bismuth. cadmium. indium. germanium. gallium. thallium. and from heavy metal. Bookseller Inventory # CB047472