THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA

THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA

It is showed that an increase of temperature and duration of holding time at termodiffuznom galvanizing in powder medium garttsink–Al2O3 leads to the layer thickness and the size of the samples growth. Coating thickness increases due to δ1k-compact phase having a fine crystalline structure, is in th...

Full description

Bibliographic Details
Main Authors: N. I. Urbanowich, V. M. Konstantinov, I. A. Basalay, K. E. Baranowski, G. P. Gorki, A. I. Garost, D. V. Gegenya
Format: Article
Language:English
Published: Belarusian National Technical University 2013-08-01
Series:Litʹë i Metallurgiâ
Online Access:https://lim.bntu.by/jour/article/view/214
id doaj-5a7597381a5948c3a892685149793414
record_format Article
spelling doaj-5a7597381a5948c3a8926851497934142021-07-29T08:34:01ZengBelarusian National Technical UniversityLitʹë i Metallurgiâ1683-60652414-04062013-08-010399102208THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKAN. I. Urbanowich0V. M. Konstantinov1I. A. Basalay2K. E. Baranowski3G. P. Gorki4A. I. Garost5D. V. Gegenya6Belarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityBelarusian National Technical UniversityPhysical-Engineering Institute of the NAS of BelarusBelarusian State Technological UniversityBelarusian National Technical UniversityIt is showed that an increase of temperature and duration of holding time at termodiffuznom galvanizing in powder medium garttsink–Al2O3 leads to the layer thickness and the size of the samples growth. Coating thickness increases due to δ1k-compact phase having a fine crystalline structure, is in the range of 400–500 °C, with the most intensive growth of layer inside the sample due to the increase of δ1k-compact phase after 3 h-exposure.https://lim.bntu.by/jour/article/view/214
collection DOAJ
language English
format Article
sources DOAJ
author N. I. Urbanowich
V. M. Konstantinov
I. A. Basalay
K. E. Baranowski
G. P. Gorki
A. I. Garost
D. V. Gegenya
spellingShingle N. I. Urbanowich
V. M. Konstantinov
I. A. Basalay
K. E. Baranowski
G. P. Gorki
A. I. Garost
D. V. Gegenya
THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA
Litʹë i Metallurgiâ
author_facet N. I. Urbanowich
V. M. Konstantinov
I. A. Basalay
K. E. Baranowski
G. P. Gorki
A. I. Garost
D. V. Gegenya
author_sort N. I. Urbanowich
title THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA
title_short THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA
title_full THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA
title_fullStr THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA
title_full_unstemmed THE INFLUENCE OF THE TEMPERATURE PARAMETER AND ITS DURATION ON THE THICKNESS OF ZINC COATING, ITS STRUCTURE WHILE THERMAL DIFFUSION GALVANIZING IN POWDER-BASED ENVIRONMENTS ZINC-CONTAINING WASTE – GARTTSINKA
title_sort influence of the temperature parameter and its duration on the thickness of zinc coating, its structure while thermal diffusion galvanizing in powder-based environments zinc-containing waste – garttsinka
publisher Belarusian National Technical University
series Litʹë i Metallurgiâ
issn 1683-6065
2414-0406
publishDate 2013-08-01
description It is showed that an increase of temperature and duration of holding time at termodiffuznom galvanizing in powder medium garttsink–Al2O3 leads to the layer thickness and the size of the samples growth. Coating thickness increases due to δ1k-compact phase having a fine crystalline structure, is in the range of 400–500 °C, with the most intensive growth of layer inside the sample due to the increase of δ1k-compact phase after 3 h-exposure.
url https://lim.bntu.by/jour/article/view/214
work_keys_str_mv AT niurbanowich theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT vmkonstantinov theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT iabasalay theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT kebaranowski theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT gpgorki theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT aigarost theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT dvgegenya theinfluenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT niurbanowich influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT vmkonstantinov influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT iabasalay influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT kebaranowski influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT gpgorki influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT aigarost influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
AT dvgegenya influenceofthetemperatureparameteranditsdurationonthethicknessofzinccoatingitsstructurewhilethermaldiffusiongalvanizinginpowderbasedenvironmentszinccontainingwastegarttsinka
_version_ 1721254472318976000

Similar Items