1 Torbus SA, "The simulation analysis of the accuracy of the conventional and optical current transformers using to the measure of current in the wires of high-voltage power line 110 kV" 88 (88): 64-68, 2012
2 Takahashi M, "Temperature-insensitive Sagnac-type optical current transformer" 33 (33): 2463-2467, 2015
3 Yaacob MM, "Review on partial discharge detection techniques related to high voltage power equipment using diff erent sensors" 4 (4): 325-337, 2014
4 Zhi W, "Research advances in optical fi ber current sensor technology" 51 (51): 100002-, 2014
5 Xin G, "Refl ective detection method of partial discharge using optical fiber sensor" 2019
6 Smith AM, "Polarization and magnetooptic properties of single-mode optical fiber" 17 (17): 52-56, 1978
7 Stone GC, "Partial discharge diagnostics and electrical equipment insulation condition assessment" 12 (12): 891-904, 2005
8 Barczak K, "Optical fiber current sensor with external conversion in high voltage environment" 10830-, 2018
9 Silva RM, "Optical current sensors for high power systems : a review" 2 (2): 602-628, 2012
10 Schubert M, "Morphological processing of ultraviolet emissions of electrical corona discharge for analysis and diagnostic use" 55 (55): 1571-1572, 2016
1 Torbus SA, "The simulation analysis of the accuracy of the conventional and optical current transformers using to the measure of current in the wires of high-voltage power line 110 kV" 88 (88): 64-68, 2012
2 Takahashi M, "Temperature-insensitive Sagnac-type optical current transformer" 33 (33): 2463-2467, 2015
3 Yaacob MM, "Review on partial discharge detection techniques related to high voltage power equipment using diff erent sensors" 4 (4): 325-337, 2014
4 Zhi W, "Research advances in optical fi ber current sensor technology" 51 (51): 100002-, 2014
5 Xin G, "Refl ective detection method of partial discharge using optical fiber sensor" 2019
6 Smith AM, "Polarization and magnetooptic properties of single-mode optical fiber" 17 (17): 52-56, 1978
7 Stone GC, "Partial discharge diagnostics and electrical equipment insulation condition assessment" 12 (12): 891-904, 2005
8 Barczak K, "Optical fiber current sensor with external conversion in high voltage environment" 10830-, 2018
9 Silva RM, "Optical current sensors for high power systems : a review" 2 (2): 602-628, 2012
10 Schubert M, "Morphological processing of ultraviolet emissions of electrical corona discharge for analysis and diagnostic use" 55 (55): 1571-1572, 2016
11 Wang L, "Modeling and simulation of polarization errors in refl ective fiber optic current sensor" 50 (50): 074402-074407, 2011
12 Flores JL, "Hybrid ac-current sensor based on the time modulation of an autonomous light source" 152 : 29-35, 2018
13 Zhang H, "Highcurrent-sensitivity all-fiber current sensor based on fiber loop architecture" 20 (20): 18591-18599, 2012
14 Bohnert K, "Fiber-optic current sensor tolerant to imperfections of polarization-maintaining fiber connectors" 36 (36): 2161-2165, 2018
15 Guo SP, "Fiber Fabry–Perot sensor for partial discharges based on tunable lasers" 44 (44): 44-45, 2015
16 Brigida ACS, "Experimental and theoretical analysis of an optical current sensor for high power systems" 3 (3): 26-34, 2013
17 Zhang C, "Error analysis and experimental research of closed-loop fiber optical current sensor" 44 (44): 417-418, 2008
18 Karabulut D, "Effect of Faraday mirror imperfections in a fiber optic current sensor dedicated to ITER" 138 : 48-52, 2019
19 Palmieri L, "Distributed measurement of high electric current by means of polarimetric optical fiber sensor" 23 (23): 11073-11079, 2015
20 Ai J, "Detecting partial discharge of polluted insulators based on ultraviolet imaging" 456-459, 2015
21 Wang X, "Analysis and elimination of bias error in a fiber-optic current sensor" 56 (56): 8887-8895, 2017
22 Delgado FS, "An optical fi ber sensor and its application in UAVs for current measurements" 16 : 1800-, 2016
23 Wei Q, "A study on the magnetic field distribution characteristics of coils" 24 (24): 68-70, 2003
24 Luo Y, "A review of online partial discharge measurement of large generators" 10 (10): 1694-, 2017
25 Jin T, "A novel adaptive EEMD method for switchgear partial discharge signal denoising" 7 : 58139-58147, 2019