1Chaco -Ley H. Transiet pressure analysis:finite conductivity fracture case versus damaged frecture case[ C ]. SPE 10179,1981:231 - 234.
2Agarwal R G. Evaluation and performance prediction of low permeability gas wells stimulated by massive hydraulic fracturing[ J ]. JPT, 1996,24 ( 15 ) : 362 - 372.
3Liao Yizhu, Lee W J, New solutions for wells with finite - conductivity fractures Including fracture - face skin : constant well pressure eases [ J ] . SPE28605, 1994:101 -103.
4Liao Yizhu, Lee W J. New solutions for wells with finite conductivity fractures including wellbore storage and fracture - face skin[ J ]. SPE26912,1993:34 - 36.
5Giger F M. The reservior engineering aspects ofhorizontal drilling[ J]. SPE13024,1992:45 - 47.
6Joshi S D, et al. Augmentation of well productivity using slant and horizontal wells[ J]. SPEI5375,1987:69 -71.
7Larsen L, Hegre T M. Pressure transient behavior of horizontal wells with finite conductivity vertical fractures[ J]. SPE22076,1991:23 - 25.
8Roberts B E, Van Kmyskijk C P. Productivity of multiple fractured horizontal wells in tight gas reservoir [ J ]. SPE23113,1991:66 - 68.
9Raghavan R, Chen C, Agarwal B. An analysis ofhorizontal wells intercepted by multiple fractures [ J ]. SPE27652, 1994 : 100 - 102.
10Laten L, Hegre T M. Pressure transient analysis of multi fractured horizontal wells [ J ]. SPE29389,1995:57 - 59.