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In situ monitoring of vacuum carburizingBrunčko, Mihael ; Kneissl, Albert C. ; Anžel, Ivan, inženir metalurgije in materialovThe present article describes development and testing of a new measurement method that enables nondestructive and in situ monitoring of a vacuum carburizing process. The principle of the method is ... based on monitoring the carbon diffusion during vacuum carburizing by the in-situ measurement of electrical resistance changes in the carburizing sample. Using this method the electrical resistance changes during vacuum carburizing of pure iron were acquired and analyzed. The experiments were performed in a laboratory vacuum furnace under a low pressure acetylene atmosphere (5 mbar) at a temperature of 950C. The results of monitoring the kinetics of carburized zones obtained by the novel measurement method were compared with kinetics obtained by metallographic analysis of carburized samples.Source: Materials and manufacturing processes. - ISSN 1042-6914 (Vol. 24, no. 7, 2009, str. 809-813)Type of material - article, component partPublish date - 2009Language - englishCOBISS.SI-ID - 13139990
Author
Brunčko, Mihael |
Kneissl, Albert C. |
Anžel, Ivan, inženir metalurgije in materialov
Topics
nizko ogljična jekla |
acetilen |
naogljičena plast |
difuzija |
meritev električne upornosti |
štiritočkovna metoda |
toplotna obdelava |
sportno spremljanje nizko ogljičnih jekel |
vakuumska cementacija |
neporušna merilna metoda |
čisto železo |
nenasičeni ogljikovodiki |
regulacija |
acetylene |
carburized zone |
control |
diffusion |
electrical resistance measurement |
four probe technique |
heat treatment |
in-situ monitoring |
low-carbon steel |
low pressure carburizing |
nondestructive measurement method |
pure iron |
regulation |
unsaturated hydrocarbon gas |
vacuum carburizing
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Database name | Field | Year |
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Brunčko, Mihael | 20229 |
Kneissl, Albert C. | ![]() |
Anžel, Ivan, inženir metalurgije in materialov | 10369 |
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