%0 Journal Article
%T 河南省中-高煤阶构造变形煤甲烷吸附/解吸特征研究
%A 潘结南
%A 徐海飞
%J 煤炭科学技术
%D 2015
%X Themethaneadsorption/desorptioncapacityandcharacteristicswererelatedtothedegreeofcoalmetamorphismanddeformationstructure.Theisothermaladsorption/desorptionexperimentoffivemediumandhighranktectonicdeformationcoalssamplesattypicalminingfieldsinHenanProvincewereconducted,theresultsshowedthatthemethaneadsorptioncapacityofweakbrittletectonicdeformationcoalsofmediumandhighrankincreasedwithincreasingalongwiththedegreeofcoalmetamorphism.Asthepressurerised，theincrementofmethaneabsorptionquantitydecreasedgraduallyandtendedtozero,whiletheincrementofmethaneabsorptionquantityincreasedwiththeincrementofthedegreeofcoalmetamorphism.Themethanedesorptionquantityduringunitpressurewithintheperiodincreasedwithpowerfunctionwiththepressuredecreasing.Withthedegreeofcoalmetamorphismincreased,themethanedesorptionquantityduringunitpressurewithintheperiodincreased.Themethanedesorptionquantitycurvewasmonotoneincreasinglogarithmicfunctionwithpressuredecreasedtodifferenttectonicdeformationcoals,themethanedesorptionquantitywasimprovedwiththeincreasingtectonicdeformationdegree.
%K medium
%K and
%K high
%K coal
%K rank
%K tectonic
%K deformation
%K coal
%K methane
%K adsorption/desorption
%K characteristics
%U http://www.mtkxjs.com.cn/CN/abstract/abstract10089.shtml