The effects of chromium or nickel oxide additions on the composition of Portland clinker were investigated by X-ray powder diffraction associated with pattern analysis by the Rietveld method. The co-processing of industrial waste in Portland cement plants is an alternative solution to the problem of final disposal of hazardous waste. Industrial waste containing chromium or nickel is hazardous and is difficult to dispose of. It was observed that in concentrations up to 1% in mass, the chromium or nickel oxide additions do not cause significant alterations in Portland clinker composition. (C) 2008 International Centre for Diffraction Data
In the cement industry clinker, a synthetic material obtained from clay and limestone, is the result...
X-ray powder diffraction allows direct measurement of the phase content in cement. More recently, wh...
In 2003, the European Community Obligation (directive 2003/5C/EC) regulates a maximal value of solub...
The effects of chromium or nickel oxide additions on the composition of Portland clinker were invest...
Weight fractions of four dominant phases (C3S, C2S, C4AF and C3A) present in five industrial clinker...
Weight fractions of four dominant phases (C3S, C2S, C4AF, and C3A) present in five industrial clinke...
The mineralogical composition of high alumina cement (HAC) determines its ultimate properties once i...
O projeto enfocou a aplicação da difração de raios-X (DRX) na caracterização e quantificação dos com...
The amount of bottom ashes generated from the municipal solid waste incineration is increasing consi...
Quantitative diffraction analysis is currently carried out through Rietveld analysis, which is able ...
The potential presence of an amorphous content in OPC clinker and cements is usually overlooked when...
The Rietveld method allows a precise quantitative phase analysis of building materials. Thanks to th...
Rietveld Analysis of cement diffraction patterns have been used to determined the composition of cem...
The paper deals with a formation of artificial rock (clinker). Temperature plays the capital role in...
Existing methods to quantify the degree of hydration of cementitious materials, such as selective di...
In the cement industry clinker, a synthetic material obtained from clay and limestone, is the result...
X-ray powder diffraction allows direct measurement of the phase content in cement. More recently, wh...
In 2003, the European Community Obligation (directive 2003/5C/EC) regulates a maximal value of solub...
The effects of chromium or nickel oxide additions on the composition of Portland clinker were invest...
Weight fractions of four dominant phases (C3S, C2S, C4AF and C3A) present in five industrial clinker...
Weight fractions of four dominant phases (C3S, C2S, C4AF, and C3A) present in five industrial clinke...
The mineralogical composition of high alumina cement (HAC) determines its ultimate properties once i...
O projeto enfocou a aplicação da difração de raios-X (DRX) na caracterização e quantificação dos com...
The amount of bottom ashes generated from the municipal solid waste incineration is increasing consi...
Quantitative diffraction analysis is currently carried out through Rietveld analysis, which is able ...
The potential presence of an amorphous content in OPC clinker and cements is usually overlooked when...
The Rietveld method allows a precise quantitative phase analysis of building materials. Thanks to th...
Rietveld Analysis of cement diffraction patterns have been used to determined the composition of cem...
The paper deals with a formation of artificial rock (clinker). Temperature plays the capital role in...
Existing methods to quantify the degree of hydration of cementitious materials, such as selective di...
In the cement industry clinker, a synthetic material obtained from clay and limestone, is the result...
X-ray powder diffraction allows direct measurement of the phase content in cement. More recently, wh...
In 2003, the European Community Obligation (directive 2003/5C/EC) regulates a maximal value of solub...