Bosch R W, Bogaerts W F. A theoretical study of AC-induced corrosion considering diffusion phenomena [J]. Corros. Sci., 1998, 40(2): 323
[2]
Nielsen L V. Differential ER-technology for measuring degree of accumulated corrosion as well as instant corrosion rate [A]. Corrosion/2003 [C]. Houston, Texas: NACE, 2003: 443
[3]
Nielsen L V, Nielsen K V. AC-induced corrosion in pipelines: detection, characterization and mitigation [A]. Corrosion/2004 [C]. Houston, Texas: NACE, 2004: 211
Dabkowski J, Taflove A. Prediction method for buried pipeline voltages due to 60 Hz AC inductive coupling part II-field test verification [J]. IEEE Trans. Power Apparat. System., 1979, (3): 788
[10]
Dabkowski J, Taflove A. Prediction method for buried pipeline voltages due to 60 Hz AC inductive coupling Part I-Analysis [J]. IEEE Trans. Power Apparat. System., 1979, (3): 780
[11]
Frazier M J. Power Line Induced AC Potential on Natural Gas Pip-elines for Complex Right-of-way Configurations [R]. EPRI, 1983
[12]
Taflove A, Genge M, Dabkowski J. Mitigation of buried pipeline voltages due to 60 Hz AC inductive coupling Part I-Design of joint rights-of-way [J]. IEEE Trans. Power Apparat. System., 1979, (5): 1806
[13]
Dabkowski J, Taflove A. Mitigation of buried pipeline voltages due to 60 Hz AC inductive coupling part II-pipeline grounding methods [J]. IEEE Trans. Power Apparat. System., 1979, (5): 1814
[14]
Dabkowski J. Methodologies for AC mitigation [A]. Corrosion/2003 [C]. Houston, Texas: NACE, 2003: 703
[15]
Dabkowski J, Kirkpatrick E L. Design considerations for mitigation of induced AC on pipelines [A]. Corrosion/2001 [C]. Houston, Texas: NACE, 2001: 597
[16]
Frazier M J. Utility Corridor Design: Transmission Lines, Railroads and Pipelines [R]. EPRI, 1985
[17]
Dawalibi F, Southey R D. Power Line Fault Current Coupling to Nearby Natural Gas Pipelines [R]. EPRI, 1987
[18]
Dawalibi F, Southey R D. Analysis of electrical interference from power lines to gas pipelines [J]. IEEE Trans. Power Delivery, 1990, 5(3): 415
[19]
Leslie B, Deconinck J. A general applicable model for AC predict-ive and mitigation techniques for pipeline networks influenced by HV power lines [J]. IEEE Trans. Power Delivery, 2006, 21(1): 210
[20]
Dawalibi F, Barbeito N. Measurements and computations of the performances of grounding systems buried in multilayer soils [J].IEEE Trans. Power Delivery, 1991, 6(4): 1483
[21]
Dawalibi F, Daily W K, Ma J. Analysis of grounding systems in soils with hemispherical layering [J]. IEEE Trans. Power Delivery, 1993, 8(4): 1275
[22]
Dawalibi F, Southey R D, Ma J. Behaviour of grounding systems in multilayers soils: A parametric analysis [J]. IEEE Trans. Power Delivery, 1994, 9(1): 334
[23]
Southey R D, Dawalibi F. Increasing the cost-effectiveness of AC interference mitigation designs with integrated electromagnetic field modeling [A]. Corrosion/2005 [C]. Houston, Texas: NACE, 2005: 623
[24]
Southey R D, Dawalibi F, Vukonich W. Recent advances in the mitigation of AC voltages occurring in pipelines located close to el- ectric transmission lines [J]. IEEE Trans. Power Delivery, 1994, 9(2): 1090
[25]
Markovic D, Smith V, Perera S, et al. Modelling of the interaction between gas pipelines and power transmission lines in shared corr- idors [A]. Australasian Universities Power Engineering Conference [C]. Brisbane, 2004
[26]
Du Y X, Wang L Y. Study on AC interference mitigation design methods for buried pipeline [A]. Corrosion/2013 [C]. Houston, Te-xas: NACE, 2013: 2444
[27]
李天成. 榆济输气管道交流干扰的缓解 [J]. 腐蚀与防护, 2013, 34(003): 249
[28]
Markovic D, Smith V, Perera S. Evaluation of Gradient control wire and insulating joints as methods of mitigating induced voltages in gas pipelines [J]. Proc. AUPEC, 2005, (1): 5
[29]
Lindemuth P E D, Hernandez H D, Creel J D, et al. AC Mitigation and cathodic protection for a long regulated pipeline [A]. Corrosion/2010 [C]. Houston, Texas: NACE, 2010: 105
[30]
Jiang Z T, Lu M X, Du Y X, et al. Study on factors influencing the mitigation of AC interference [A]. Corrosion/2012 [C]. Houston, Texas: NACE, 2012: 1364
Hanson H R, Smart J R. AC corrosion on a pipeline located in a HVAC utility corridor[A]. Corrosion/2004[C]. Houston, Texas: NACE, 2004: 209
[37]
Simon P D, Jensen G A, Bissell J W. Pre-construction HVAC Interference predictive modeling, mitigation installation and follow up testing on a 130 mile long 345 kV transmission line/crude pipeline collocation [A]. Corrosion/2010 [C]. Houston, Texas: NACE, 2010: 116
