Editors and press        Scope        Editorial staff        Contact        Instructions for authors        Abstract databases        AMS online      Year 2013      Year 2012      Year 2011      Year 2010      Year 2009      Year 2008      Year 2007      Year 2006      Year 2005      Year 2004      Year 2003 1 2 3 4      Year 2002      Year 2001      Year 2000      Year 1999      Year 1998      Year 1997                Conferences        Linksd                 Visits: 86403592 AMS now reading: 1 search: by author by theme by key word Year 2003 No 4 Kupka D., Škvarla J., Birošová E. EVALUATION OF GROWTH RATE OF ACIDITHIOBACILLUS FERROOXIDANS OXIDIZING ELEMENTAL SULFUR Keywords: Acidithiobacillus ferrooxidans|sulfur|oxidation|growth kinetics|oxygen|carbon dioxide|gas analysis|sulfate| No 4 (2003), p. 251-258   mag01.pdf (344 kB) mag01_eng.txt (639 B)   Barakat M. A. PYROMETALLURGICAL PROCESSING OF ZINC ASH AND FLUE DUST Keywords: Zinc ash|Zinc flue dust|Pyrometallurgy|Hyrometallurgy|Waste treatment| No 4 (2003), p. 259-269   mag02.pdf (181 kB) mag02_eng.txt (1 kB)   Laubertová M., Havlík T., Gaľová P. THE APPLICATION OF MICROWAVE ENERGY ON THE LEACHINGOF CHALCOPYRITE CONCENTRATE IN ACIDIFIED OXIDIZING MEDIUM Keywords: hydrometallurgy|microwave energy|chalcopyrite|ferric chloride|ferric sulphate|grain size| No 4 (2003), p. 270-276   mag03.pdf (283 kB) mag03_eng.txt (1 kB)   Zrník J., Nový Z., Kvačkaj T., Bernášek V., Kešner D., Slámová M. INFLUENCE OF DEFORMATION PROCESSING ON STRUCTUREAND PROPERTIES DEVELOPMENT OF AlMgSi ALLOY Keywords: hot and cold plastic deformations|severe plastic deformations|SPD|equal-channel angular pressing|ECAP|recrystallization annealing| No 4 (2003), p. 277-284   mag04.pdf (1 MB) mag04_eng.txt (2 kB)   Kvačkaj T., Sokolová L., Vlado M., Mišičko R., Vrchovinský V., Nový Z. PULSATORY FORMING – NEW METHOD OF BULK HOT PLASTIC DEFORMATIONS Keywords: pulsator|pulsation forming|pulsation frequency|microstructure|geometrical characteristics|mechanical properties|plastic properties|formability| No 4 (2003), p. 285-291   mag05.pdf (443 kB) mag05_eng.txt (1 kB)   Khouri S, Horodníková J., Domaracká L., Bohušová V. MANAGEMENT INFORMATION SYSTEMS Keywords: management information systems|exploited enterprises|financial management| No 4 (2003), p. 292-297   mag06.pdf (212 kB) mag06_eng.txt (3 kB)   Vlado M., Hala K., Janák G., Hodor P., Adamkovičová J., Sokolová L. STRUCTURAL ANALYSIS AND BASIC MECHANICAL PROPERTIES OF HOT ROLLED STRIP FROM GRAIN ORIENTED SILICON STEEL WITH HIGH COPPER CONTENT Keywords: grain oriented silicon steel|core loss|hot rolling|structure|precipitation|mechanical properties| No 4 (2003), p. 298-305   mag07.pdf (1 MB) mag07_eng.txt (1 kB)   Harrer O., Philipp M., Pokorný I. NUMERICAL SIMULATION OF ASYMMETRIC EFFECTS IN PLATE ROLLING Keywords: front end bending in plate rolling|warping phenomenon in plate rolling|ski end control in plate rolling|asymmetry in strip and plate rolling| No 4 (2003), p. 306-313   mag08.pdf (347 kB) mag08_eng.txt (1 kB)   Bálintová J., Drozd.J., Kucková A.J., Fröhlichová M. BIOLOGIC TREATMENT OF WASTE WATERS FROM COKE PRODUCTION Abstract The coking plant in U. S. Steel Košice, s.r.o., is the only cokery in Slovakia. It produces 50 till 65 m3/h of waste waters, mainly of organic origin, which are toxic to the biomass, but they are biologically decomposable. Coke waste water contains appreciable concentracions of pollutants such as phenols, cyanides, tiocyanate, hydrogen sulfide and ammonia. Raw waste water from cokery contains higher concentrations of toxic substances, than is the admissible value for the biological waste water treatment. This concentracion of pollutants is reduced to required attributes by preliminary treatment which includes the elimination of ammonia, sulphate and hydrogen cyanide. Trimming waste waters from coke production runs in a biological waste water purifier according to a project of Saarberg Hőlter Wassertechnik GmbH Essen. In the process of biological purifying phenols oxidate and decompose to carbonic acid and water. With the help of microorganism they produce certain amount of biological slime. Cyanides and sulphocyanides convert to ammonia, that biologically oxidates to nitrates and consequently reduces to gaseous nitrogen. The contribution introduces the determination results, which state the optimal amount consumption of the chemical stock predetermined for pretreatment and biological purifying of waste water in a plant, as well as the comparison their projected and actual consumption, which brought the cost reduction at waste phenolammoniacal waters treatment to allowable pollution level. Keywords: waste waters from cokeries|biological waste water treatment|phenolammoniacal waters| No 4 (2003), p. 314-320   mag09.pdf (247 kB) mag09_eng.txt (2 kB)   ... © 2005 AMS HF TU Košice ALL RIGHTS RESERVED ...