1Dorman J, Udvary F. Comparative evaluation of temporary blocking fluid systems for controlling fluid loss through perforations ( Paper No.31081 ). SPE Formation Damage Control International Symposium, Lafayette,LA, 1996.
2Swartwout R, Pearcy R. Design and application of brine-based drilling fluids (Paper No. 35332). SPE Petroleum Conference & Exhibition of Mexioo, Villahormora, Mexico, 1996.
3Zhang Y et al. Investigation of formation damage control of methylglucoside fluids (Paper No. 39442). SPE Formation Damage Control International Symposium, Lafayette, LA, 1998.
4Patel A D, et al. Reversible invert emulsion drilling fluids: controlling wettability and minimizing formation damage (Paper No. 54764). SPE European Formation Damage Conference, Hague, Netherlands, 1999.
5Thomas B and Sharma M M. Distribution of mud induced damage around horizontal wellhores (Paper No. 39468). SPE Formation Damage Control International Symposium, Lafayette, LA, 1998.
6Shaw J C,Chee T. Laboratory evaluation of drilling mud systems for formation damage prevention in horizontal wells (Paper No. 37121 ). The 2nd SPE International Conference and Exhibition on Horizontal Well Technology, Calgary, Canada, 1996.
7Hodge R M et al. Evaluation and selection of drill-in fluid eandidates to minimize formation damage (Paper No. 31082). SPE Formation Damage Control International Symposium, Lafayette, LA, 1996.
8Krilov Z,Wojtanowicz A K, Tomic M. Formation damage in horizontal wells caused by polymer mud (Paper No. 31135). SPE Formation Damage Control International Symposium, Lafayette, LA, 1996.
9Wanrong Mei et al. Pore and throat network model and its application to the optimal selection of temporary plugging particles (Paper No. 31099).SPE Formation Damage Control International Symposium, Lafayette, LA, 1996.
10Salsh S T et al. Formation damage study with a horizontal wellhore model. J. Petroleum Sci. & Engineering, 1999,17 : 87～99.
