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Tomasz Matula
Tomasz Matula
Silesian University of Technology, Faculty of Materials Engineering
在 polsl.pl 的电子邮件经过验证
标题
引用次数
引用次数
年份
Effects of pressure on the kinetics of manganese evaporation from the OT4 alloy
L Blacha, R Burdzik, A Smalcerz, T Matuła
Archives of Metallurgy and Materials 58, 197-201, 2013
422013
Crystallization and structure of cast A390. 0 alloy with melt overheating temperature
J Piątkowski, B Gajdzik, T Matuła
Metalurgija 51 (3), 321-324, 2012
412012
Wastes from the coal-enrichment process as alternative reducers for lead smelting from lead-acid accmulator scrap
J Lipart, T Matuła, M Niesler, L Blacha, J Filipczyk
Metalurgija 52 (4), 493-496, 2013
202013
Reduction of copper slag with the use of carbon granulates
G Siwiec, B Oleksiak, T Matuła, L Socha, W Stanek
Metalurgija 53 (4), 585-587, 2014
172014
A study on the process of fine-grained plumbiferous material agglomeration
M Niesler, L Blacha, J Łabaj, T Matuła
Metalurgija 52 (4), 521-524, 2013
142013
Changes in Ti-Al-Mn alloy compositions during their smelting in a vacuum induction furnace
L Blacha, B Oleksiak, A Smalcerz, T Matuła
Archives of Materials Science and Engineering 58 (1), 28--32, 2012
82012
The use of PCB scrap in the reduction in metallurgical copper slags
A Smalcerz, T Matula, M Slusorz, J Wojtasik, W Chaberska, S Kluska, ...
Materials 16 (2), 625, 2023
62023
Estimation of the operational reliability determined with Weibull modulus based on the abrasive wear in a cylinder-piston ring system
J Piątkowski, T Matuła
J. of Achievements in Materials and Manu-facturing Engineering 55 (2), 416-420, 2012
62012
The microstructure and mechanical properties of the AlSi17Cu5 alloy after heat treatment
J Piątkowski, T Matuła
Archives of Metallurgy and Materials 60 (3A), 1814--1817, 2015
52015
Wettability in the liquid Cu-Ag alloy–fireproof material–gas phase system
G Siwiec, B Oleksiak, P Folęga, T Matuła
Metalurgija 52 (3), 334-336, 2013
52013
Application of Spent Coffee Grounds (SCGs) as a fuel and alternative reducer of slags from the copper industry
T Matula, J Labaj, K Nowacki, L Blacha, L Kortyka, L Mycka, P Madej, ...
Energies 16 (5), 2415, 2023
32023
Application of Sunflower Husk Pellet as a Reducer in Metallurgical Processes
T Matula, J Labaj, P Vadasz, B Plešingerová, A Smalcerz, L Blacha
Materials 16 (20), 6790, 2023
22023
Reduction of lead oxide by fine-grained carbonaceous materials
T Matuła, G Siwiec
Archives of Metallurgy and Materials 64, 2019
22019
Modifications of the chemical composition and microstructure of flash smelting copper slags in the process of their reduction
T Rzychoń, T Matuła, B Chmiela, J Łabaj, K Rogóż
Metalurgija 54 (1), 151-153, 2015
22015
Reduction of Metallurgical Slags Using Sunflower Pellets
S Ptak, T Matuła, L Blacha, J Łabaj, A Smalcerz, M Półka
Metallurgical and Materials Transactions B, 1-10, 2024
12024
Zinc Evaporation from Brass Scraps in the Atmosphere of Inert Gas
M Wilk, T Matula, L Blacha, A Smalcerz, J Labaj
Materials 16 (14), 5178, 2023
12023
Evaporation of Zinc in an Argon-Hydrogen Mixture
T Matuła
Archives of Metallurgy and Materials 67 (3), 885-888, 2022
12022
THE EFFECT OF CARBON REDUCER FORM ON COOPER RECOVERY FROM OXIDE SLAGS
T Matula, B Oleksiak, G Siwiec, J Wieczorek
Acta Metallurgica Slovaca-Conference 4, 160-164, 2014
12014
The effect of carbon reducer form on cooper recovery from oxide slags
T Matuła, B Oleksiak, G Siwiec, J Wieczorek
Acta Metallurgica Slovaca–Conference 4, 160-164, 2014
12014
Determining the Reactivity of Selected Biomass Types Considering Their Application in Pyrometallurgical Processes of Metal Production
R Findorak, L Pikna, T Matuła, L Blacha, J Łabaj, A Smalcerz, D Babilas
Materials 17 (11), 2691, 2024
2024
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