AbstractBy analyzing the definition, mechanism of action, determination methods and damage degree of mine gas and heat, a conclusion can be reached that these two types of object (or be known as physical quantity) have similarities to a large extent. First, both of the mine gas and the mine heat are caused by field changes that respond to the mining activities. Second, we can use relative equipments and the element method to do quantitative determination and analysis. Third, the phenomenon which gas and temperature exceed the limit occurrs frequently in the return corner and other specified place. According to the above similarities, we proposed that the exploitation of mine heat should be brought into the mine green mining technology syste...
This article presents a methodological approach to solving the problem of predicting local methane a...
One of the most dangerous and the most common hazards in coal mines is methane hazard. This threat i...
Traditional heating using non-renewable energy resources contributes up to 50% of current carbon emi...
AbstractBy analyzing the definition, mechanism of action, determination methods and damage degree of...
AbstractThis paper analyzed thoroughly each kind of reason which has created the coal mine shaft hot...
AbstractWith the increase of mining depth, high-temperature mines have been more and more now; it is...
As coal mines get deeper, more mechanised and more productive the heat load on the ventilation syste...
The transfer of heat in an underground environment is due to circumstances, natural and introduced ...
Objective is to study a mechanism increasing thermal resource of water-bearing levels at ...
AbstractThis essay begins with the accurate observation and analysis of the thermodynamic parameters...
AbstractThe gas explosions often occur under mine gas and spontaneous combustion coupling in coal mi...
Estimate the material and thermal balance for providing the chemical reactions in underground gasg...
Mine gas explosions present a serious safety threat in the worldwide mining industry. Since the begi...
AbstractFor the growing problem of mine heat hazard in the deep mining, according to the actual cond...
Heat injection is an important artificial technique, which can significantly enhance the extraction ...
This article presents a methodological approach to solving the problem of predicting local methane a...
One of the most dangerous and the most common hazards in coal mines is methane hazard. This threat i...
Traditional heating using non-renewable energy resources contributes up to 50% of current carbon emi...
AbstractBy analyzing the definition, mechanism of action, determination methods and damage degree of...
AbstractThis paper analyzed thoroughly each kind of reason which has created the coal mine shaft hot...
AbstractWith the increase of mining depth, high-temperature mines have been more and more now; it is...
As coal mines get deeper, more mechanised and more productive the heat load on the ventilation syste...
The transfer of heat in an underground environment is due to circumstances, natural and introduced ...
Objective is to study a mechanism increasing thermal resource of water-bearing levels at ...
AbstractThis essay begins with the accurate observation and analysis of the thermodynamic parameters...
AbstractThe gas explosions often occur under mine gas and spontaneous combustion coupling in coal mi...
Estimate the material and thermal balance for providing the chemical reactions in underground gasg...
Mine gas explosions present a serious safety threat in the worldwide mining industry. Since the begi...
AbstractFor the growing problem of mine heat hazard in the deep mining, according to the actual cond...
Heat injection is an important artificial technique, which can significantly enhance the extraction ...
This article presents a methodological approach to solving the problem of predicting local methane a...
One of the most dangerous and the most common hazards in coal mines is methane hazard. This threat i...
Traditional heating using non-renewable energy resources contributes up to 50% of current carbon emi...