The studies include the results and discussion related with reaction of Fe2O3 with Na2SO4 in presence of SO2 (g) at 800 and 900 C. The iron oxides are produced by the oxidation of iron base alloys in many industrial operations. The metal oxide undergoes certain high temperature chemical reactions in presence of a gas (such as SO2) and molten salts (say Na2SO4). The thermo-gravimetric studies had been carried out as a function of variation in Na2SO4 concentration in the mixture. The reaction products were identified by XRD analysis. Surface morphologies of the products are discussed on the basis of metallographic and scanning electron microscopic (SEM) studies
Sodium-sulfate-induced hot corrosion of preoxidized IN-738 was studied at 975 C with special emphasi...
Corrosion of SAE 310 stainless steel in H2-H2O-H2S gas mixtures was studied at a constant temperatur...
In high temperature sodium-steel systems, the corrosion of structural steels by sodium is enhanced b...
Iron base heat-resistant alloys are widely used in high temperature environments, especially in civi...
The corrosion behavior of pure Fe under a Na2SO4 deposit in an atmosphere of O2 + H2O was investiga...
Abstract.- Iron base heat-resistant alloys are widely used in high temperature environments, especia...
The solubility of mixed a-Fe203 and Fe304 in fused NaxSO4 was measured at 1200 K as a function of th...
The hot corrosion of Fe3Al and FeAl has been studied at 600 °C in combustion gases and in the presen...
Insights into early damage mechanisms during high temperature gas corrosion provide important aspec...
Sulfur dioxide is an important pollutant in combustion gases and plays a major role in the high temp...
The conversion to Na2SO4 of NaCl deposited on oxide substrates was studied as a function of temperat...
International audienceIron sulfate, in particular FeSO 4 ·7H 2 O, is derived from titanium dioxide p...
In hot corrosion research it has general ly been assumed that sodium sulfate is formed in the combus...
The objective of this program is to gain an understanding of the corrosion chemistry and materials b...
The emf of the cell, Pt, Ar + O2 + SO2 + SO3/Na2SO4-I/Fe2O2 + Fe2(SO4)3, Pt, has been measured in th...
Sodium-sulfate-induced hot corrosion of preoxidized IN-738 was studied at 975 C with special emphasi...
Corrosion of SAE 310 stainless steel in H2-H2O-H2S gas mixtures was studied at a constant temperatur...
In high temperature sodium-steel systems, the corrosion of structural steels by sodium is enhanced b...
Iron base heat-resistant alloys are widely used in high temperature environments, especially in civi...
The corrosion behavior of pure Fe under a Na2SO4 deposit in an atmosphere of O2 + H2O was investiga...
Abstract.- Iron base heat-resistant alloys are widely used in high temperature environments, especia...
The solubility of mixed a-Fe203 and Fe304 in fused NaxSO4 was measured at 1200 K as a function of th...
The hot corrosion of Fe3Al and FeAl has been studied at 600 °C in combustion gases and in the presen...
Insights into early damage mechanisms during high temperature gas corrosion provide important aspec...
Sulfur dioxide is an important pollutant in combustion gases and plays a major role in the high temp...
The conversion to Na2SO4 of NaCl deposited on oxide substrates was studied as a function of temperat...
International audienceIron sulfate, in particular FeSO 4 ·7H 2 O, is derived from titanium dioxide p...
In hot corrosion research it has general ly been assumed that sodium sulfate is formed in the combus...
The objective of this program is to gain an understanding of the corrosion chemistry and materials b...
The emf of the cell, Pt, Ar + O2 + SO2 + SO3/Na2SO4-I/Fe2O2 + Fe2(SO4)3, Pt, has been measured in th...
Sodium-sulfate-induced hot corrosion of preoxidized IN-738 was studied at 975 C with special emphasi...
Corrosion of SAE 310 stainless steel in H2-H2O-H2S gas mixtures was studied at a constant temperatur...
In high temperature sodium-steel systems, the corrosion of structural steels by sodium is enhanced b...