Počet návštev: 86856470
AMS práve číta: 1




Ročník 2011 No 4

B. Hadzima, L. Bukovinová
ELECTROCHEMICAL CHARACTERISTICS OF SHOT-PEENED AND PHOSPHATIZED AE21 MAGNESIUM ALLOY
K. s.: phosphating|shot-peening|magnesium alloys|corrosion|electrochemical impedance spectroscopy|
No 4 (2011), p. 228-235
  mag01.pdf (492 kB)
mag01.txt (818 B)  

K. Hakulinová
THE METHODS FOR MEASUREMENT OF THE SLAGS MELTING TEMPERATURE
K. s.: casting|slag properties|melting temperature|high – temperature microscope|
No 4 (2011), p. 236-244
  mag02.pdf (388 kB)
mag02.txt (773 B)  

J. Legemza, M. Fröhlichová, R. Findorák, F. Bakaj
THE SIMULATING OF PRODUCTION THE AGGLOMERATE IN LABORATORY SINTERING PAN
Abstract
The presentation work contains the results, which were attained on the laboratory sintering pan with the simulating of production the agglomerate. On this laboratory sintering pan are sufficiently simulating conditions, which are present in the sinter band. On the basis of the theoretical analyse, analysis measuring data, computing of the balance, production, qualitative and quantitative parameters of the sintering process we can conclude, that in the case of changing under pressure sucking air are influenced main production parameters in the process of agglomerate production (for example recovery, productivity, coefficient of productivity, etc.). This laboratory sintering pan sufficiently simulates conditions present on the sinter belt in relation to the production of CO, CO2, NOx, SOx and solid polluting substances in the sintering process. The significant decrease of emissions can be achieved through minimization of the fuel content in the sintering charge. In connection with high basicity requirements for current agglomerates it is necessary to keep their iron content. This requirement can be met by increasing the content of concentrates in sinter mixtures. For this purpose in view laboratory sintering tests were performed to investigate the effect of sintering ores and concentrates on the agglomeration process and its products. The experiment results were analyzed and summarized in the present paper.

K. s.: sintering|laboratory sintering pan|CO|CO2 emissions|recovery|productivity|
No 4 (2011), p. 245-253
  mag03.pdf (345 kB)
mag03.txt (1 kB)  

P. Lukáč, P. Kapalo
ANALYSIS OF HEAT EXCHANGE PROCESSES IN THE HOT WATER DISTRIBUTION SYSTEMS DURING ITS INTERRUPTED OPERATION
K. s.: hot water distribution system|heat losses|finite volume modelling|energy savings|
No 4 (2011), p. 253-262
  mag04.pdf (189 kB)
mag04.txt (627 B)  

T. Borovský, J. Kijac, B. Buľko, M. Domovec, J. Havran
THE EFFECTIVENESS OF DEPHOSPHORIZATION WITH AND WITHOUT FLUORSPAR USING IN THE ELECTRIC ARC FURNACE STEELMAKING
K. s.: steels|slag|fluorspar|phosphorus|electric arc furnace|
No 4 (2011), p. 263-268
  mag05.pdf (80 kB)
mag05.txt (718 B)  

M. Džupková, M. Fröhlichová, J. Legemza, R. Findorák
EVALUATION OF SELECTED TECHNOLOGICAL AND ECOLOGICAL PARAMETERS OF SINTER PRODUCTION
K. s.: sintering|underpressure sucking air|humidity|particulate matter|
No 4 (2011), p. 269-275
  mag06.pdf (90 kB)
mag06.txt (1 kB)