1Lawrence Umar,Intan Azian,Noor Azree, etc. Dem- onstrating the Value of Integrating FPWD Measure- ments With Managed Pressure Drilling To Safely Drill Narrow Mud Weight Windows in HP/HT Envi- ronment[C]. SPE 156888,2012.
2Julian Pop, Harald Laastad, Michael O ' Keefe, etc. Operational Aspects of Formation Pressure Measure- ments While Drilling[C]. SPE 92494,2005.
3Liu Xiaogang, Tan Lti, Liu Zong Bin, etc. FPWD Illu- minates the Path for Brown Field Development in Bo- hal Bay[C]. SPE 174331,2015.
4Scott Fey. Achieving Better Understanding of Reser-voir Connectivity through the Application of FPWD, Complemented by Advanced LWD Measurements [C]. AAPG 1344510,2011.
5Scott Fey. Reducing the Risks and Costs of Highly Deviated and Extended Reach Drilling Through the Application of Formation Pressure While Drilling [C]. SPE 141487,2011.
6Guo Shusheng,Niu X/uqiang, Song Ju, etc. Successful Application of Formation Pressure Testing While Drilling in High Temperature Tight Gas Field in South China Sea[C]. SPE 141180,2011.
7H Yu, Hallenbeck L, Hofer R,etc. Integration of For- mation Pressure Data to Improve Reservoir Character- ization and Reservoir Management in PL 19--3 Oil Field,Bohai Bay[C]. SPE 144975,2011.
8E B Dussan V. A Robust Method for Calculating For- mation Mobility With a Formation Tester[C]. SPE 143302,2011.
9Dake L P. Fundamentals of Reservoir Engineering[M]. Amsterdam: Elsevier, 1978.
10Julian Pop, Jean-- Marc Follini, Yong Chang. Opti- mized Test Sequences for Formation Tester Opera- tions[C]. SPE 97283,2005.