To the exclusion of other major atmospheric pollutants, sulfur dioxide is mainly responsible for attack upon dolomite. This article characterizes Laurel Dolomite on the basis of composition, texture, and porosity; describes the mechanism of the SO2 reaction with dolomite; and develops two equations for the prediction of the rate of decay of dolomite. Over a period of 120 yr nearly 3.57 mm surface reduction at protected areas and 0.915 mm surface reduction at unprotected surfaces of a building in Louisville was calculated. However, these values could not be verified because measurement of these quantities in the field cannot be made
Specific strategies for protection are being developed to counter both the staining and corrosive ef...
In the polluted atmosphere, sulphur dioxide (SO2) reacts with calcite (CaCO3) in marble producing ca...
In this work activated dolomite adsorption was investigated for removal of acidic gaseous pollutants...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
AbstractThe influence of the temperature and reaction time on the sulfation process of a dolomite is...
The physical parameters, chemical mechanisms, and geologic settings favorable to dolomite formation ...
AbstractThe influence of the temperature and reaction time on the sulfation process of a dolomite is...
The physical parameters, chemical mechanisms, and geologic settings favorable to dolomite formation ...
For a long time, salt weathering was a dominant process of rock decay in polluted atmosphere in Kra...
In the polluted atmosphere, sulphur dioxide (SO2) reacts with calcite (CaCO3) in marble producing ca...
Specific strategies for protection are being developed to counter both the staining and corrosive ef...
Salt weathering is known to be destructive to the historical buildings, which are constructed of por...
Specific strategies for protection are being developed to counter both the staining and corrosive ef...
In the polluted atmosphere, sulphur dioxide (SO2) reacts with calcite (CaCO3) in marble producing ca...
In this work activated dolomite adsorption was investigated for removal of acidic gaseous pollutants...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
The influence of the temperature and reaction time on the sulfation process of a dolomite is investi...
AbstractThe influence of the temperature and reaction time on the sulfation process of a dolomite is...
The physical parameters, chemical mechanisms, and geologic settings favorable to dolomite formation ...
AbstractThe influence of the temperature and reaction time on the sulfation process of a dolomite is...
The physical parameters, chemical mechanisms, and geologic settings favorable to dolomite formation ...
For a long time, salt weathering was a dominant process of rock decay in polluted atmosphere in Kra...
In the polluted atmosphere, sulphur dioxide (SO2) reacts with calcite (CaCO3) in marble producing ca...
Specific strategies for protection are being developed to counter both the staining and corrosive ef...
Salt weathering is known to be destructive to the historical buildings, which are constructed of por...
Specific strategies for protection are being developed to counter both the staining and corrosive ef...
In the polluted atmosphere, sulphur dioxide (SO2) reacts with calcite (CaCO3) in marble producing ca...
In this work activated dolomite adsorption was investigated for removal of acidic gaseous pollutants...