[1] Mark Phil，Speaks Larry. Quantitative Methods of Tank Leak Detection [J]. Hydrocarbon Engineering(S1468-9340)，2005，10(8)：85-88.
[2] WU Xiao-jian，YAN Rong-xin. Leak Detection [M]. Beijing：China Machine Press，2005：49-50，81-84，146-148.
[3] ZHANG Shu-qing，LI Er-wei，JIN Shi-jiu. The Technology of Pipeline Leakage Detection and Location Based on Optical Fiber Sensing and Wavelet [J]. Chinese Journal of Sensors and Actuators，2008，21(1)：192-194.
[4] Yonak S H，Dowling D R. Parametric Dependencies for Photoacoustic Leak Localization [J]. Journal of the Acoustical Society of America(S0001-4966)，2002，112(1)：145-155.
[5] HESSEL G，SCHMITT W，WEISS F P. Acoustic Leak Monitoring with Neural Networks at Complicated Structures [C]// Proceedings of 7th International Symposium on Nuclear Reactor Surveillance and Diagnostics, Avignon, France, June 19-23，1995，1：4.11/1-8.
[6] Maric I. The Joule-Thomson Effect in Natural Gas Flow-rate Measurements [J]. Flow Measurement and Instrumentation (S0955-5986)，2005，16(6)：387-395.
[7] Mahajan A，Valentine A. A novel multi-faceted approach to a heat transfer laboratory using modern computer tools [J]. Computers in Education Journal(S1069-3769)，1999，9(2)：56-60.
[8] Terumi Inagaki. Diagnosis of the Leakage Point on A Structure Surface Using Infrared Thermography in Near Ambient Conditions [J]. NDT&E international (S0963-8695)，1997，30(3)：135-142.
[9] Belikov Sergey. Methods and systems employing infrared thermography for defect detection and analysis：US，6840666 [P]. 2005-01-11.
[11] ZHANG Chi，ZHANG Hong-bin. Detecting digital image forgeries through weighted local entropy [C]// Proceedings of 2007 IEEE International Symposium on Signal Processing and Information Technology，Piscataway, NJ, USA，Dec 15-18, 2007，1：62-67
