Current issue
- 2016, Vol.27 (3): 397–406
- Suggestions on the development strategy of shale gas in Chin...
- 2016, Vol.27 (3): 407–416
- An insight into the mechanism and evolution of shale reservo...
- 2016, Vol.27 (3): 417–422
- The formation mechanism of over-pressure reservoir and targe...
- 2016, Vol.27 (3): 423–432
- Dissection of two calibrated areas of the Silurian Longmaxi ...
- 2016, Vol.27 (3): 433–441
- The development and application of the evaluation method of ...
- 2016, Vol.27 (3): 442–448
- Genesis analysis of shale reservoir overpressure of Longmaxi...
- 2016, Vol.27 (3): 449–460
- The development history of shale gas in United States and co...
- 2016, Vol.27 (3): 461–469
- Study on shale brittleness index prediction based on multiva...
- 2016, Vol.27 (3): 470–487
- Micro-layers division and fine reservoirs contrast of Lower ...
- 2016, Vol.27 (3): 488–493
- Quantitative analysis on affecting factors of gas adsorption...
- 2016, Vol.27 (3): 494–502
- The dual influence of shale composition and pore size on ads...
- 2016, Vol.27 (3): 503–512
- Research and application of shale permeability test method
- 2016, Vol.27 (3): 513–519
- Types and characteristics of organic pore in shalegas reserv...
- 2016, Vol.27 (3): 520–523
- A possible mechanism of organic pores evolution in shale： A ...
- 2016, Vol.27 (3): 524–531
- Analyses on differences of microstructure between marineand ...
- 2016, Vol.27 (3): 532–538
- The desorbing experiments of shale gas and its geological ap...
- 2016, Vol.27 (3): 539–548
- Geochemical features of shale gas and their genesisin Jiaosh...
- 2016, Vol.27 (3): 549–553
- Productivity evaluation method of shale gas well
- 2016, Vol.27 (3): 554–560
- Application of network fracturing technology to reconstruct ...
- 2016, Vol.27 (3): 561–565
- Research on collapsing pressure of continental shale gas res...
- 2016, Vol.27 (3): 566–570
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The application and study on rheological properties of CO