Aluminum samples were electrochemically polished in one of three solutions for electrochemical polishing. On those samples the surface roughness was measured. The effect of the anode treatment on surface roughness was also investigated. The zinc coating was deposited on chemically and electrochemically treated aluminum samples, and afterwards the surface roughness of these samples was measured. Based on the results it was determined that from all of the solutions for electrochemical polishing, the most efficient solution is the solution number II. Aluminum samples treated with this solution are the least rough. It was determined that chemically deposited zinc coating on previously chemically and electrochemically treated samples leads to significant lowering of surface roughness. The anodic treatment of aluminum surface significantly lowers surface roughness also.
Uzorci aluminijuma su podvrgavani elektrohemijskom glačanju u jednom od tri rastvora za elektrohemijsko glačanje. Na tako pripremljenim uzorcima merena je površinska hrapavost. Takođe je ispitivan i uticaj anadne obrade na površinsku hrapavost aluminijuma. Na hemijski i elektrohemijski pripremljene uzorke aluminijuma, taložena je prevlaka cinka hemijskim putem, a potom merena površinska hrapavost ovakvih uzoraka. Na osnovu dobijenih rezultata ustanovljeno je da je od ispitivanih rastvora za elektrohemijsko glačanje najefikasniji rastvor II. Uzorci aluminijuma tretirani u ovom rastvoru imaju najmanju hrapavost. Ustanovljeno je da usled taloženja hemijske prevlake cinka na prethodno hemijski i elektrohemijski tretirane uzorke dolazi do znatnog smanjenja površinske hrapavosti. Anodna obrada uzoraka takođe značajno smanjuje površinsku hrapavost.
TY - JOUR
AU - Tomić, Milorad V.
AU - Pavlović, Miomir
AU - Rakočević, Zlatko Lj.
AU - Pavlović, Ljubica
PY - 2004
UR - http://cer.ihtm.bg.ac.rs/handle/123456789/151
AB - Aluminum samples were electrochemically polished in one of three solutions for electrochemical polishing. On those samples the surface roughness was measured. The effect of the anode treatment on surface roughness was also investigated. The zinc coating was deposited on chemically and electrochemically treated aluminum samples, and afterwards the surface roughness of these samples was measured. Based on the results it was determined that from all of the solutions for electrochemical polishing, the most efficient solution is the solution number II. Aluminum samples treated with this solution are the least rough. It was determined that chemically deposited zinc coating on previously chemically and electrochemically treated samples leads to significant lowering of surface roughness. The anodic treatment of aluminum surface significantly lowers surface roughness also.
AB - Uzorci aluminijuma su podvrgavani elektrohemijskom glačanju u jednom od tri rastvora za elektrohemijsko glačanje. Na tako pripremljenim uzorcima merena je površinska hrapavost. Takođe je ispitivan i uticaj anadne obrade na površinsku hrapavost aluminijuma. Na hemijski i elektrohemijski pripremljene uzorke aluminijuma, taložena je prevlaka cinka hemijskim putem, a potom merena površinska hrapavost ovakvih uzoraka. Na osnovu dobijenih rezultata ustanovljeno je da je od ispitivanih rastvora za elektrohemijsko glačanje najefikasniji rastvor II. Uzorci aluminijuma tretirani u ovom rastvoru imaju najmanju hrapavost. Ustanovljeno je da usled taloženja hemijske prevlake cinka na prethodno hemijski i elektrohemijski tretirane uzorke dolazi do znatnog smanjenja površinske hrapavosti. Anodna obrada uzoraka takođe značajno smanjuje površinsku hrapavost.
PB - Belgrade, Serbia : Engineering Society for Corrosion
T2 - Zaštita materijala
T1 - The effect of preparation of aluminum surface on surface roughness
T1 - Uticaj pripreme površine aluminijuma na površinsku hrapavost
VL - 45
IS - 1
SP - 5
EP - 12
ER -
@article{
author = "Tomić, Milorad V. and Pavlović, Miomir and Rakočević, Zlatko Lj. and Pavlović, Ljubica",
year = "2004",
url = "http://cer.ihtm.bg.ac.rs/handle/123456789/151",
abstract = "Aluminum samples were electrochemically polished in one of three solutions for electrochemical polishing. On those samples the surface roughness was measured. The effect of the anode treatment on surface roughness was also investigated. The zinc coating was deposited on chemically and electrochemically treated aluminum samples, and afterwards the surface roughness of these samples was measured. Based on the results it was determined that from all of the solutions for electrochemical polishing, the most efficient solution is the solution number II. Aluminum samples treated with this solution are the least rough. It was determined that chemically deposited zinc coating on previously chemically and electrochemically treated samples leads to significant lowering of surface roughness. The anodic treatment of aluminum surface significantly lowers surface roughness also., Uzorci aluminijuma su podvrgavani elektrohemijskom glačanju u jednom od tri rastvora za elektrohemijsko glačanje. Na tako pripremljenim uzorcima merena je površinska hrapavost. Takođe je ispitivan i uticaj anadne obrade na površinsku hrapavost aluminijuma. Na hemijski i elektrohemijski pripremljene uzorke aluminijuma, taložena je prevlaka cinka hemijskim putem, a potom merena površinska hrapavost ovakvih uzoraka. Na osnovu dobijenih rezultata ustanovljeno je da je od ispitivanih rastvora za elektrohemijsko glačanje najefikasniji rastvor II. Uzorci aluminijuma tretirani u ovom rastvoru imaju najmanju hrapavost. Ustanovljeno je da usled taloženja hemijske prevlake cinka na prethodno hemijski i elektrohemijski tretirane uzorke dolazi do znatnog smanjenja površinske hrapavosti. Anodna obrada uzoraka takođe značajno smanjuje površinsku hrapavost.",
publisher = "Belgrade, Serbia : Engineering Society for Corrosion",
journal = "Zaštita materijala",
title = "The effect of preparation of aluminum surface on surface roughness, Uticaj pripreme površine aluminijuma na površinsku hrapavost",
volume = "45",
number = "1",
pages = "5-12"
}
Tomić, M. V., Pavlović, M., Rakočević, Z. Lj.,& Pavlović, L. (2004). Uticaj pripreme površine aluminijuma na površinsku hrapavost.
Zaštita materijala
Belgrade, Serbia : Engineering Society for Corrosion., 45(1), 5-12.
Tomić MV, Pavlović M, Rakočević ZL, Pavlović L. Uticaj pripreme površine aluminijuma na površinsku hrapavost. Zaštita materijala. 2004;45(1):5-12
