Add to ORKGA study of the thermal decomposition and ignition of coal as functions of pelletizing pressure and dwell time has revealed that: (1) ignition and thermal behaviour are related to the apparent density of the pelletized coal; (2) for a given apparent density of pelletized coal, the ignition temperature is related to the rate constants of thermal decomposition. Isothermal decomposition in air at 550 °C has been shown to fit the Avrami-Erofeev equation for three-dimensional growth of nuclei
The project will quantify the effect of the following pyrolysis conditions on the macropore structur...
A bituminous coal was pyrolyzed in a nitrogen stream in an entrained flow reactor at various tempera...
The apparent specific heat of coal was measured by employing a computational calorimetric technique ...
A study of the thermal decomposition and ignition of coal as functions of pelletizing pressure and d...
This paper describes a simple experimental technique to determine the ignition temperature of variou...
Under typical conditions of pulverized-coal combustion, which is characterized by fine particles hea...
Under typical conditions of pulverized-coal combustion, which is characterized by fine particles hea...
An experimental study to determine the temperature and mechanism of coal ignition was carried out by...
The physical, thermal, and chemical behavior of pulverized coal particles during thermal decompositi...
Coal spontaneous combustion is an inherent problem in coal mines throughout the world. The analysis ...
This dissertation discusses theoretical and experimental research on coal pyrolysis. In the theoret...
Experimental research on non-isothermal combustion characteristics and dynamics parameters of applie...
To expand the database of kinetic parameters used for modeling the ignition of coals and their proce...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The project will quantify the effect of the following pyrolysis conditions on the macropore structur...
The project will quantify the effect of the following pyrolysis conditions on the macropore structur...
A bituminous coal was pyrolyzed in a nitrogen stream in an entrained flow reactor at various tempera...
The apparent specific heat of coal was measured by employing a computational calorimetric technique ...
A study of the thermal decomposition and ignition of coal as functions of pelletizing pressure and d...
This paper describes a simple experimental technique to determine the ignition temperature of variou...
Under typical conditions of pulverized-coal combustion, which is characterized by fine particles hea...
Under typical conditions of pulverized-coal combustion, which is characterized by fine particles hea...
An experimental study to determine the temperature and mechanism of coal ignition was carried out by...
The physical, thermal, and chemical behavior of pulverized coal particles during thermal decompositi...
Coal spontaneous combustion is an inherent problem in coal mines throughout the world. The analysis ...
This dissertation discusses theoretical and experimental research on coal pyrolysis. In the theoret...
Experimental research on non-isothermal combustion characteristics and dynamics parameters of applie...
To expand the database of kinetic parameters used for modeling the ignition of coals and their proce...
Coal utilization involves two major stages: coal pyrolysis and char combustion. Figure 1.1 summarize...
The project will quantify the effect of the following pyrolysis conditions on the macropore structur...
The project will quantify the effect of the following pyrolysis conditions on the macropore structur...
A bituminous coal was pyrolyzed in a nitrogen stream in an entrained flow reactor at various tempera...
The apparent specific heat of coal was measured by employing a computational calorimetric technique ...