The paper presents the review of application of three thermal techniques viz; differential thermal analysis (DTA), thermogravimetry (TG) and differential scanning calorimetry (DSC); for studying the susceptibility of coal to spontaneous heating and fire. It also critically analyses the experimental standards adopted by different researchers, while applying these techniques in studying thermal behaviour of coal samples. The paper also presents the future direction of research in this subject area
Coal mine fire is a major problem worldwide and has been a great concern both for the industry and r...
The propensity of the coal towards spontaneous heating is most needed parameters for strategic plann...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root cause ...
Researchers all over the world have attempted to study spontaneous heating susceptibility of coal by...
Differential Scanning Calorimetric (DSC) applications in coal sciences have expanded rapidly. Variou...
The use of differential thermal analytical (D.T.A.) technique has been suggested for studies in spon...
The TG method is applied to eleven coal samples of varying rank collected from across the Jharia coa...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root cause ...
Thermogravimetric analysis/differential scanning calorimeter (TGA/DSC) technique along with basic co...
Thermogravimetric analysis/differential scanning calorimeter (TGA/DSC) technique along with basic co...
The Indian coal industry is currently facing a number of constraints (i .e. socio-economic, geotechn...
During the utilization of coal in large power plants, one of the major logistical issues is related ...
Mine fire is a major problem faced by industries all over the world. Thousand million tonnes of coal...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root ...
During the utilization of coal in large power plants, one of the major logistical issues is related ...
Coal mine fire is a major problem worldwide and has been a great concern both for the industry and r...
The propensity of the coal towards spontaneous heating is most needed parameters for strategic plann...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root cause ...
Researchers all over the world have attempted to study spontaneous heating susceptibility of coal by...
Differential Scanning Calorimetric (DSC) applications in coal sciences have expanded rapidly. Variou...
The use of differential thermal analytical (D.T.A.) technique has been suggested for studies in spon...
The TG method is applied to eleven coal samples of varying rank collected from across the Jharia coa...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root cause ...
Thermogravimetric analysis/differential scanning calorimeter (TGA/DSC) technique along with basic co...
Thermogravimetric analysis/differential scanning calorimeter (TGA/DSC) technique along with basic co...
The Indian coal industry is currently facing a number of constraints (i .e. socio-economic, geotechn...
During the utilization of coal in large power plants, one of the major logistical issues is related ...
Mine fire is a major problem faced by industries all over the world. Thousand million tonnes of coal...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root ...
During the utilization of coal in large power plants, one of the major logistical issues is related ...
Coal mine fire is a major problem worldwide and has been a great concern both for the industry and r...
The propensity of the coal towards spontaneous heating is most needed parameters for strategic plann...
The auto oxidation of coal ultimately leads to spontaneous combustion which is the major root cause ...