【摘 要】
：
As a kind of important unconventional fossil energy sources,exploration and development of shale gas have gained the momentum world widely.Different from the co
【机 构】
：
TongjiUniv.,Shanghai,201804
【出 处】
：
第二届中国纳米地球科学学术研讨会暨2016年纳米地球科学国际学术研讨会
论文部分内容阅读
As a kind of important unconventional fossil energy sources,exploration and development of shale gas have gained the momentum world widely.Different from the conventional fossil energy sources,the characteristic nanopores in shale not only facilitate the adsorption,preservation but also pose the challenges for extraction,development of shale gas,thereafter,it is crucially important to characterize the porous structures and derive at the pore size distribution(PSD) at nano-scale for shale.
其他文献
徐家围子断陷在沙河子组致密砂砾岩储层中见到工业气流，明确储层致密期、纳米-微米级孔隙形成与天然气充注的关系事关今后的勘探选区和甜点预测。在对储层岩石学、储集空
不同类型的构造煤的吸附特性和传输特性存在着显著的差异(Jiang et al.,2009； Ju et al.,2004,2005,2009),这些差异本质上受其孔隙结构的控制,本文选取淮北矿区中低变质程
页岩纳米孔隙是页岩气的主要储存场所,纳米孔隙结构对页岩气的开发有重要意义.已有初步评价认为华北地区下马岭组地层具有油气资源潜力,运用扫描电镜、压汞实验及液氮吸
Unconventional reservoirs are complex and heterogeneous geosystems that exhibit a great structural variability over multiple length scales,from nano-to meso-to
Nanosized tubular clay minerals,as the name implies,are clay minerals with tubular nanostructures,which means they have at least one dimension in the nano range
1.Models Our adsorption system consists of both adsorbent(illite) and adsorbate molecules(CH4 or C2H6).The illite is represented by pyrophyllite-1Tc [1,2] with
Pore structure is a very important microstructural characteristic in a porous solid because it significantly influences the physical and mechanical behavior of