NPBS反射相移和分光比的温度特性及其对OCRCS系统的影响
|
摘要
本论文研究无偏振分束器(Non-Polarizing Beam Splitter:NPBS)反射相移和分光比温度特性、其对正交共轭反射镜电流传感器(OrthoconjugateReflector Current Sensor:OCRCS)输出稳定性的影响及相应的温度补偿技术。
本文基于偏振光学原理对NPBS反射相移和分光比的温度特性进行了理论分析；设计了测量NPBS反射相移和分光比的温度特性的方法；对该方法的工作原理进行了理论论证与实验，并给出了测量NPBS反射相移和分光比温度特性的实验方案；对NPBS反射相移和分光比的温度特性对OCRCS输出稳定性的影响及相应的温度补偿效果进行了计算机仿真。研究结果表明，当温度在5°C—40°C范围内变化时，NPBS的分光比和反射相移发生了变化，但只有分光比的温度特性影响系统输出的稳定性，该影响可以采用对系统输出尺度因子进行温度补偿的方法来消除，从而提高系统的输出稳定性。实际实验结合仿真分析验证了该方法的正确性与可行性。
The temperature features of the reflection-induced retardance and splitting ratio of a NPBS (Non-Polarizing Beam Splitter) are investigated, their influences on the output stability of OCRCS (Orthoconjugate Reflector Current Sensor) are analyzed, and corresponding temperature compensation techniques are discussed.
The temperature features of the reflection-induced retardance and splitting ratio of NPBS are theoretically analyzed based on the principles of Polarization Optical. The method to measure the temperature features of the reflection-induced retardance and splitting ratio of a NPBS is designed and verified theoretically and experimentally. The schemes on measuring the temperature features of the reflection-induced retardance and splitting ratio are proposed. The influences of the temperature features of the reflection-induced retardance and splitting ratio on the stability of the output of an OCRCS and the corresponding temperature compensation effects are simulated. The result shows that when temperature varies in a range from 5℃to 40℃, only the splitting ratio has influences on the stability of the output. Temperature compensation of scale factor could eliminate this effect, and thus strengthen the stability of the system. Actual experimental results and quantitative simulation analysis on these results prove the correctness of the method and its feasibility.
本文基于偏振光学原理对NPBS反射相移和分光比的温度特性进行了理论分析；设计了测量NPBS反射相移和分光比的温度特性的方法；对该方法的工作原理进行了理论论证与实验，并给出了测量NPBS反射相移和分光比温度特性的实验方案；对NPBS反射相移和分光比的温度特性对OCRCS输出稳定性的影响及相应的温度补偿效果进行了计算机仿真。研究结果表明，当温度在5°C—40°C范围内变化时，NPBS的分光比和反射相移发生了变化，但只有分光比的温度特性影响系统输出的稳定性，该影响可以采用对系统输出尺度因子进行温度补偿的方法来消除，从而提高系统的输出稳定性。实际实验结合仿真分析验证了该方法的正确性与可行性。
The temperature features of the reflection-induced retardance and splitting ratio of a NPBS (Non-Polarizing Beam Splitter) are investigated, their influences on the output stability of OCRCS (Orthoconjugate Reflector Current Sensor) are analyzed, and corresponding temperature compensation techniques are discussed.
The temperature features of the reflection-induced retardance and splitting ratio of NPBS are theoretically analyzed based on the principles of Polarization Optical. The method to measure the temperature features of the reflection-induced retardance and splitting ratio of a NPBS is designed and verified theoretically and experimentally. The schemes on measuring the temperature features of the reflection-induced retardance and splitting ratio are proposed. The influences of the temperature features of the reflection-induced retardance and splitting ratio on the stability of the output of an OCRCS and the corresponding temperature compensation effects are simulated. The result shows that when temperature varies in a range from 5℃to 40℃, only the splitting ratio has influences on the stability of the output. Temperature compensation of scale factor could eliminate this effect, and thus strengthen the stability of the system. Actual experimental results and quantitative simulation analysis on these results prove the correctness of the method and its feasibility.
引文
[1] Y. N. Ning, Z. P. Wang, A. W. Palmer, K. T. V. Granttan, D. A. Jakson. Recent progress in optical current sensing techniques. Rev. Sci. Instr. USA 1995, 66(5): 3097-3111P
[2] Lin H, Lin W W, Chen M H. Modified in-line Sagnac interferometer with passive demodulation technique for environmental immunity of a fiber-optic current sensor. Applied Optics, 1999, 38(13): 2760-2766P
[3] 王廷云，常丹华．利用平衡测试原理的光纤电流传感器．光电子激光．1998，9(1)：25-27页
[4] 王政平，王洪宇，姜海丽．正交共轭反射镜电流传感器研究．哈尔滨工程大学学报，2007，28(3)：359-361页
[5] 李芙英，朱小梅，纪昆等．一种应用于高压侧测量系统中电源．高电压技术，2002，28(3)：46-47页
[6] 张培铭，张泳．太阳能微功耗光纤传感式电流互感器．光电工程，1998，25(1)：33-38页
[7] 潘向东，史锦珊．光推动光电混合式电流互感器的研究．东北重型机械学院学报，1997，21(4)：333-335页
[8] 董小鹏，Chu．B．C．B，Chiang．K．S．可补偿偏置漂移的扭转光纤电流传感器．光学学报，1999，19(7)：981-987页
[9] 王廷云，罗承沐，段联等．光纤电流传感器小波信号处理系统．清华大学学报(自然科学版)，1999，39(9)：51-53页
[10] 苏立国，刘振宇，董小鹏等．光纤电流传感器窄带加窗信号处理系统．电测与仪表，2001，38(425)：16-18页
[11] 苏立国，付松年，朱燕杰等．新型可用于FOCS光检测的放大器的分析与设计．现代电子技术，2001，(2)：4-7页
[12] Blake. J. Fiber optic current sensor calibration. Proceedings of the IEEE Power Engineering Society Transmission and Distribution Conference, 2001, v1: 127-130P
[13] 王廷云，孙圣和，郑绳楦．一种新型光纤电流互感器．仪器仪表学报，1997，18(6)：650-653页
[14] 万雄，于盛林，熊文林．金属涂覆层多模光纤小电流传感器设计．仪表技术与传感器，2002，(2)：10-11页
[15] Cruz. J. L, Diez. A, Andres. M. V et al. Fiber Bragg gratings tuned and chirped using magnetic fields. Electronics Letters, 1997, 33(3): 235-236P
[16] Cavalero. P. M, Araujo. F. M, and hobo Ribeiro. A. B. Metal-coated fiber Bragg grating sensor for electric current metering. Electronics Letters, 1998, 34(11): 1133-1135P
[17] 董小鹏，Chu．B．C．B，Chiang．K．S．可补偿偏置漂移的扭转光纤电流传感器．光学学报，1999，19(7)：981-987页
[18] 王廷云，罗承沐，段联等．光纤电流传感器小波信号处理系统．清华大学学报(自然科学版)，1999，39(9)：51-53页
[19] 陈冠三．光纤光栅电流传感器．传感技术学报，2000，(3)：174-176页
[20] 陈冠三．实用的在线光纤电流传感器．传感器技术，2001，20(3)：4-5页
[21] Mora. J, Diez. A, Cruz. J. L et al. A magnetostrictive sensor interrogated by fiber gratings for DC-current and temperature discriminatioN. IEEE Photonics Technology Letters, 2000, 12(12): 1680-1682P
[22] 余有龙，叶红安，刘治国等．光纤光栅电流传感器．光学学报，2001，21(5)：586-588页
[23] 滕林，刘万顺，李贵存等．光学电流传感器及其在继电保护中的应用．电网技术，2002，26(1)：31-33，42页
[24] 张艳，冯凯，张明明等．光电互感器二次侧计量输出接口的实现．高电压技术，2003，29(4)：11-12，26页
[25] 王之江，陈杏蒲，陆汉民等．光学技术手册．机械工业出版社．1987：294页
[26] P S西奥卡里斯，E E格道托斯著．光测弹性学矩阵理论．杨霁辉译．科学出版社，1987：22页，41-44页，49-62页
[27] 刘公强，乐志强，沈德芳．磁光学．2001年5月第一版．上海：上海科学技术出版社，2001，5：165-177页
[28] 王政平，李庆波，齐异，黄宗军，史金辉．光学电流互感器传感头色散特性对系统灵敏度影响研究．《光子学报》，2005，34(12)：1807-1809页
[29] Ning. Y. N, Wang. Z. P, Palmer. A. W et al. A Faraday current sensor using a novel multi-optic-loop sensing element. Measurement Science and Technology, 1995, 6: 1339-1342P
[30] 李红斌．光学电流传感器传感头的研究．光学学报，1997，26(7)：946-949页
[31] Zhao. Y. C, Wang. Z. P, Li. Q. B et al. Method to estimate the reflection-induced retardance of bulk glass optical current sensing head. Optics & Laser Technology, 2003, 25: 281-284P
[32] 王政平，李庆波，齐异，黄宗军，史金辉．两个光学参量色散对BGOCT灵敏度的影响．《传感器技术》，2004，23(12)：10-13页
[33] Sato. T, Takahashi. G, Inul. Y, et al. Method and apparatus for optically measuring a current. European Patent Application, ippl. No: 831022.10. B, Publication No: 0 088 419 A1, 1983.
[34] Ning. Y. N, Chu. B. C. B, and Jackson. D. A. Miniature Faraday current sensor based on multiple critical angle reflections in a bulk-optic ring. Opt. Lett., 1991, 16(24): 1996-1998P
[35] 姜海丽，王政平．保偏反射膜的反射相移温度特性的实验研究．《哈尔滨工程大学学报》，2006，27(2)：305-307页
[36] K. B. Rochford. K. B, Rose. A. H, Deeter. M. N, et al. Faraday effect current sensor with improved sensitivity-bandwidth product. Opt. Lett., 1994, 19(22): 1903-1905P
[37] Wang. Z. P(王政平), Huang. Z. J, Kang. C, et al. Optical current sensing element with single medium layers for high voltage applications. Optics & Laser Technology, 1999, 31: 455-458P
[38] Song. J, McLaren. P. G, Thomson. D. J, et al. A prototype clamp-on magneto-optical current transducer for power system metering and relaying. IEEE Trans. on Pwr. Del., 1995, 10 (4): 1764-1771P
[39] Li. E. N, MacALpine. J. M. K, Liu. Y. B, et al. A novel optical current transducer for power systems. Electric Power Systems Research, 1998, 46: 21-25P
[40] Diego. J. L. A, Rusianchez. R. L, Higuera. J. M. L., et al. Model of an openable Faraday-effect hybrid- current optical transducer based on a square-shaped structure with internal mirror. Appl. Opt., 1997, 36 (25): 6242-6245P
[41] 王政平，康崇，黄宗军等．法拉第镜式光学电流互感器原理．哈尔滨工程大学学报，2005，26 (3)：398-401页
[42] 王政平，王锋，王晓忠．光学玻璃电流传感头温度特性分析．哈尔滨工程大学学报．2006，27 (3)：457-460页
[43] 王政平，王晓忠，李庆波．保偏膜式光学玻璃电流传感头温度特性理论分析．光子学报，2006，35 (6)：846-849页
[44] Chu. B. C. B, Ning. Y. N, and Jackson. D. A. Faraday current sensor that uses a triangular-shaped bulk-optic sensing element. Opt. Lett., 1992, 17 (16): 1167-1169P
[45] Ning. Y. N, Jackson. D. A. Faraday effect optical current clamp using a bulk-glass sensing element. Opt. Lett., 1993, 18 (10): 835-837P
[46] Yoshino. T, Gojyuki. M, Takahaski. Y. et al. Single glass block Faraday effect current sensor with homogeneous isotropic closed optical circuit. Appl. Opt., 1997, 36 (22): 5566-5573P
[47] Robles. G, Giannetti. R. Magneto-optic Faraday effect current sensor based on thin cobalt films. Conference Record-IEEE Instrumentation and Measurement Technology Conference, 2000, v3: 1547-1550P
[48] Wang. Z. P(王政平), Kang. C, Huang. Z. J, et al. General analysis on the effect of reflection-induced retardance upon the sensitivity of bulk glass current sensors. Electric Power Systems Research, 2001, 58: 205-208P
[49] Wang. Z. P (王政平), Sun. W. M, Huang. Z. J, et al. Effect of reflection-induced retardance on EMI immunity of bulk optic-material current sensors. Appl. Opt., 1998, 37 (31): 7293-7297P
[50] 康崇，孙伟民，王政平等．反射相移对光学玻璃电流传感器测量灵敏度和稳定性的影响．光学学报，1998，18 (11)：1513-1517页
[51] 康崇，王政平，黄宗军，张雪原．反射相移对法拉第镜式OCT影响的理论研究．哈尔滨工程大学学报．2006，27 (4)：611-613页
[52] 王政平，李庆波，齐异等．反射相移色散对OCS灵敏度影响的理论研究．光子学报，2004，33 (9)：1115-1118页
[53] 王政平，欧阳春梅，王晓忠．光源谱宽通过Verdet常量的色散对OCS输出影响的理论分析．哈尔滨工程大学学报，2006，27 (5)：782-785页
[54] Z. P. Wang, X. Z. Wang, C. M. Ouyang, Z. J. Huang. The wavelength accumulation effect of Verdet constant upon an optical current sensor. Optics and Laser Technology, 2007, 39 (4): 738-740P
[55] Wang. Z. P (王政平), Li. Q. B, Qi. Q, et al. Joint effect of the dispersions of reflection-induced retardance and Verdet constant upon the sensitivity of an optical current sensor. Optics & Laser Technology, 2004, 36 (3): 233-237P
[56] 王政平，李庆波，齐异，等．Verdet常数色散对光学电流传感器灵敏度影响的理论研究．哈尔滨工程大学学报，2004，25 (2)：188-191页
[57] Short. S. X, Tselikov. A. A, De Arruda. J. U et al. Imperfect quarter-waveplate compensation in Sagnacinterferometer-type current sensors. Journal of Lightwave Technology, 1998, 16 (7): 1212-1219P
[58] Y. Liu, Y. Zhang, J. L. Zou et al. , Optical coupler in three-phase optical current transducer. 光子学报，2001, 30 (4): 501-504
[59] 王政平，李庆波，谭巧等．一种提高1／4波片相移量测量精度的方法．光子学报．2005，34 (4)：628-631页
[60] Ma. X. Y and Luo. C. M. A method to eliminate birefringence of a magneto-optic AC current transducer with glass ring sensor head. IEEE Trans. on Power Delivery, 1998, 13 (4): 1015-1019P
[61] Rogers. A. J. Optical method for measurement of voltage and current in power system. Opics & Laser Technology, 1977, 9: 273-283P
[62] 王政平，李庆波，刘晓瑜等．线性双折射对光学玻璃电流传感器输出特性影响的理论分析．光子学报，2004，33 (7)：818-822页
[63] 王政平，刘晓瑜，康崇．线性双折射对法拉第镜式光学电流互感器输出 1212-1219P
[64] Wang. Z. P (王政平), Li. Q. B, Wang. H. L, et al. Novel approach to measure the linear birefringence in bulk optical glass sensing beads of current sensors. Proc. of SPIE, 2002, 49 (27): 222-229P
[65] 王政平，李庆波，欧阳春梅等．延迟片法测量光学玻璃电流传感头线性双折射．光子学报，2004，33 (6)：716-720页
[66] 王政平，李庆波，欧阳春梅等．测量光学玻璃电流传感头线性双折射的新方法．光子学报，2004，33 (8)：956-959页
[67] 王政平，李庆波，王慧丽等．光学玻璃传感头线性双折射的一种测量方法．光子学报，2003，32 (5)：612-614页
[68] Wang. Z. P (王政平) , Li. Q. B, Tan. Q, et al. Novel method for the measurement of the retardance of a quarter-wave plate. Optics & Laser Technology, 2004, 36 (4): 285-290P
[69] 王政平，李庆波，谭巧等．测量λ／4波片实际相移量并判定快慢轴的 方法．中国激光．2005，32 (4)：523-528页
[70] Wang. Z. P (王政平) , Li. Q. B, Qi. Y, et al. Effect of dispersion of linear birefringence upon the sensitivity of an optical current sensor. Optics & Laser Technology, 2004, 36 (7): 587-590P
[71] 王政平，李庆波，齐异，黄宗军，史金辉．线性双折射色散对OCS灵敏度影响的理论研究．《光子学报》，2005，34 (1)：66-68页
[72] Zheng Ping Wang, and Xiao Yu Liu. Effects of linear birefringence inside sensing head upon bulk glass current sensor's sensitivity. Optics and Laser Technology, 2006, April, 38 (3): 177-182P
[73] 王政平，刘晓瑜，王晓忠．线性双折射的波长积累效应对OCS的影响．《哈尔滨工程大学学报》，2005，26 (6)：811-813页
[74] 王政平、吴强、李庆波、黄宗军、史金辉．线性双折射温度特性对光学电流互感器影响的理论分析．《哈尔滨工程大学学报》，2005，26 (2)：272-276页
[75] Wang Zhengping, Liu Xiaoyu, and Huang Zongjun. Problems of linear birefringence in optical glass current transformers with return-back optical paths. Proc. of SPIE, 2006, 6134: OS-1-4
[76] Z. P. Wang, Q. B. Li, and Q. Wu. Effects of the temperature features of linear birefringence upon the sensitivity of a bulk glass current sensor. Optics and Laser Technology, 2006, 39 (1): 8-12P
[77] 王政平，刘晓瑜，黄宗军．光学玻璃电流互感器中互易性问题的理论研究．光子学报．2006，35 (9)：1333-1336页
[78] 王政平，刘晓瑜．线性双折射对不同类型光学玻璃电流互感器输出特性的影响．中国电机工程学报．2006，26 (14)：75-79页
[79] Ma. X. Y, Luo. C. M, A Method to Eliminate Birefringence of A Magneto-optic AC Current Transducer With Glass Ring Sensor Head. IEEE Trans. on Pwr. Del, 1998, 13 (4): 1015-1019P
[80] Wang. Z. P, Li. Q. B, Feng. R. Y et al. Effects of the polarizer in parameters upon the performance of an opticalcurrent sensor. Optics & Laser Technology, 2004, 36 (2): 145-149P
[81] 李红斌，刘延冰，汪本进．偏振分束器对光学电流传感器稳定性的影响．光子学报，2003，32 (2)：159-161页
[82] 王政平，王晓忠，欧阳春梅．Verdet常数色散对采用宽带光源的OCS影响的分析．光电技术与系统文选(第11届光电技术与系统学术会议文集)，2005：334-339页
[83] Wang. Z. P (王政平) , Wang. X. Z and Liu. X. Y. Effect of the spectral width of optical sources upon the output of an optical current sensor. Meas. Sci. Technol., 2005, 16 (8): 1588-1592P
[84] 徐雁，罗苏南，叶妙元．光学电流传感器温度影响的理论与试验研究．仪表技术与传感器，2001，(2)：6-8，17页
[85] 姜海丽，王政平，李庆波，等．保偏反射膜温度特性对BGOCT灵敏度影响的理论研究．光子学报，2004，33 (12)：1453-1455页
[86] Zhang. W, Ning. Y N, Chu. B. C. B, et al. Vibration-induced noise in a fiber lead of an optical current measurement system. Rev. Sci. Instrum., 1996, 67 (2): 553-557P
[87] Zhang. W, Ning. Y. N, Palmer. A. W, et al. Effect of coupling condition on vibration-induced noise in fiber lead used in an optical current measurement system. Rev. Sci .Instrum., 1996, 67 (8): 2698-2701P
[88] Fisher. N. E, Jackson. D. A. A common-mode optical noise-rejection scheme for an extrinsic Faraday current sensor. Meas. Sci. Technol., 1996, 7: 796-800P
[89] Podoleanu. A. G, Fisher. N. E, and Jackson. D. A. A single fiber-optic down-lead Faraday current sensor. Sensors and Actuators A, 1997, 58: 225-258P
[90] 黄宗军，王政平，孙伟民，等．反射相移对Faraday电流传感器灵敏度及稳定性影响的理论分析．光子学报，1998，27 (3)：243-247页
[91] 王政平，康崇，张雪原等．有源型光学电流互感器研究进展．激光与光电子学进展．2004，41 (10)：34-38页
[92] 王廷云，杨志国，刘彬等．光纤高压电流传感器．光子学报．1999，28(Z1)：411-416页
[93] 王廷云，孙圣和，郑绳楦．用Fabry-Perot干涉仪建立的光纤电流传感器．传感技术学报．1997，(3)：17-21页
[94] Chan M F, Chen G S, Demokan M S, et al. Optimal sensing of current based on an extrinsic Sagnac interferometer configuration. Optics and Lasers in Engineering. 1998, (30): 17-24P
[95] Heredero R L, De Caleya R F, Guerrero H, et al. Micromachined optical fiber current sensor. Applied Optics. 1999, 38 (25): 5298-5230P
[96] 郭志忠等．光电式电流互感器研究的述评．高压电器．1993 (5)：28-31页
[97] EDGE C, STEWART W J. Measurement of nonreciprocity in single mode optical fibers. Tech. Dig. IEE Colloq. Optical Fiber Measurements, No. 1987/55, May 1. 1987
[98] 康崇，王政平，黄宗军，刘宁宁．无偏振效应分束器反射相移对法拉第镜式光学电流互感器输出光偏振态的影响．光学学报，2006，26 (12)：1857-1860页
[99] Z. P. Wang, J. H. Shi, and S. L. Ruan. Designs of infrared non-polarizing beam splitters. Optics and Laser Technology, 2006, 39 (2): 394-399P
[2] Lin H, Lin W W, Chen M H. Modified in-line Sagnac interferometer with passive demodulation technique for environmental immunity of a fiber-optic current sensor. Applied Optics, 1999, 38(13): 2760-2766P
[3] 王廷云，常丹华．利用平衡测试原理的光纤电流传感器．光电子激光．1998，9(1)：25-27页
[4] 王政平，王洪宇，姜海丽．正交共轭反射镜电流传感器研究．哈尔滨工程大学学报，2007，28(3)：359-361页
[5] 李芙英，朱小梅，纪昆等．一种应用于高压侧测量系统中电源．高电压技术，2002，28(3)：46-47页
[6] 张培铭，张泳．太阳能微功耗光纤传感式电流互感器．光电工程，1998，25(1)：33-38页
[7] 潘向东，史锦珊．光推动光电混合式电流互感器的研究．东北重型机械学院学报，1997，21(4)：333-335页
[8] 董小鹏，Chu．B．C．B，Chiang．K．S．可补偿偏置漂移的扭转光纤电流传感器．光学学报，1999，19(7)：981-987页
[9] 王廷云，罗承沐，段联等．光纤电流传感器小波信号处理系统．清华大学学报(自然科学版)，1999，39(9)：51-53页
[10] 苏立国，刘振宇，董小鹏等．光纤电流传感器窄带加窗信号处理系统．电测与仪表，2001，38(425)：16-18页
[11] 苏立国，付松年，朱燕杰等．新型可用于FOCS光检测的放大器的分析与设计．现代电子技术，2001，(2)：4-7页
[12] Blake. J. Fiber optic current sensor calibration. Proceedings of the IEEE Power Engineering Society Transmission and Distribution Conference, 2001, v1: 127-130P
[13] 王廷云，孙圣和，郑绳楦．一种新型光纤电流互感器．仪器仪表学报，1997，18(6)：650-653页
[14] 万雄，于盛林，熊文林．金属涂覆层多模光纤小电流传感器设计．仪表技术与传感器，2002，(2)：10-11页
[15] Cruz. J. L, Diez. A, Andres. M. V et al. Fiber Bragg gratings tuned and chirped using magnetic fields. Electronics Letters, 1997, 33(3): 235-236P
[16] Cavalero. P. M, Araujo. F. M, and hobo Ribeiro. A. B. Metal-coated fiber Bragg grating sensor for electric current metering. Electronics Letters, 1998, 34(11): 1133-1135P
[17] 董小鹏，Chu．B．C．B，Chiang．K．S．可补偿偏置漂移的扭转光纤电流传感器．光学学报，1999，19(7)：981-987页
[18] 王廷云，罗承沐，段联等．光纤电流传感器小波信号处理系统．清华大学学报(自然科学版)，1999，39(9)：51-53页
[19] 陈冠三．光纤光栅电流传感器．传感技术学报，2000，(3)：174-176页
[20] 陈冠三．实用的在线光纤电流传感器．传感器技术，2001，20(3)：4-5页
[21] Mora. J, Diez. A, Cruz. J. L et al. A magnetostrictive sensor interrogated by fiber gratings for DC-current and temperature discriminatioN. IEEE Photonics Technology Letters, 2000, 12(12): 1680-1682P
[22] 余有龙，叶红安，刘治国等．光纤光栅电流传感器．光学学报，2001，21(5)：586-588页
[23] 滕林，刘万顺，李贵存等．光学电流传感器及其在继电保护中的应用．电网技术，2002，26(1)：31-33，42页
[24] 张艳，冯凯，张明明等．光电互感器二次侧计量输出接口的实现．高电压技术，2003，29(4)：11-12，26页
[25] 王之江，陈杏蒲，陆汉民等．光学技术手册．机械工业出版社．1987：294页
[26] P S西奥卡里斯，E E格道托斯著．光测弹性学矩阵理论．杨霁辉译．科学出版社，1987：22页，41-44页，49-62页
[27] 刘公强，乐志强，沈德芳．磁光学．2001年5月第一版．上海：上海科学技术出版社，2001，5：165-177页
[28] 王政平，李庆波，齐异，黄宗军，史金辉．光学电流互感器传感头色散特性对系统灵敏度影响研究．《光子学报》，2005，34(12)：1807-1809页
[29] Ning. Y. N, Wang. Z. P, Palmer. A. W et al. A Faraday current sensor using a novel multi-optic-loop sensing element. Measurement Science and Technology, 1995, 6: 1339-1342P
[30] 李红斌．光学电流传感器传感头的研究．光学学报，1997，26(7)：946-949页
[31] Zhao. Y. C, Wang. Z. P, Li. Q. B et al. Method to estimate the reflection-induced retardance of bulk glass optical current sensing head. Optics & Laser Technology, 2003, 25: 281-284P
[32] 王政平，李庆波，齐异，黄宗军，史金辉．两个光学参量色散对BGOCT灵敏度的影响．《传感器技术》，2004，23(12)：10-13页
[33] Sato. T, Takahashi. G, Inul. Y, et al. Method and apparatus for optically measuring a current. European Patent Application, ippl. No: 831022.10. B, Publication No: 0 088 419 A1, 1983.
[34] Ning. Y. N, Chu. B. C. B, and Jackson. D. A. Miniature Faraday current sensor based on multiple critical angle reflections in a bulk-optic ring. Opt. Lett., 1991, 16(24): 1996-1998P
[35] 姜海丽，王政平．保偏反射膜的反射相移温度特性的实验研究．《哈尔滨工程大学学报》，2006，27(2)：305-307页
[36] K. B. Rochford. K. B, Rose. A. H, Deeter. M. N, et al. Faraday effect current sensor with improved sensitivity-bandwidth product. Opt. Lett., 1994, 19(22): 1903-1905P
[37] Wang. Z. P(王政平), Huang. Z. J, Kang. C, et al. Optical current sensing element with single medium layers for high voltage applications. Optics & Laser Technology, 1999, 31: 455-458P
[38] Song. J, McLaren. P. G, Thomson. D. J, et al. A prototype clamp-on magneto-optical current transducer for power system metering and relaying. IEEE Trans. on Pwr. Del., 1995, 10 (4): 1764-1771P
[39] Li. E. N, MacALpine. J. M. K, Liu. Y. B, et al. A novel optical current transducer for power systems. Electric Power Systems Research, 1998, 46: 21-25P
[40] Diego. J. L. A, Rusianchez. R. L, Higuera. J. M. L., et al. Model of an openable Faraday-effect hybrid- current optical transducer based on a square-shaped structure with internal mirror. Appl. Opt., 1997, 36 (25): 6242-6245P
[41] 王政平，康崇，黄宗军等．法拉第镜式光学电流互感器原理．哈尔滨工程大学学报，2005，26 (3)：398-401页
[42] 王政平，王锋，王晓忠．光学玻璃电流传感头温度特性分析．哈尔滨工程大学学报．2006，27 (3)：457-460页
[43] 王政平，王晓忠，李庆波．保偏膜式光学玻璃电流传感头温度特性理论分析．光子学报，2006，35 (6)：846-849页
[44] Chu. B. C. B, Ning. Y. N, and Jackson. D. A. Faraday current sensor that uses a triangular-shaped bulk-optic sensing element. Opt. Lett., 1992, 17 (16): 1167-1169P
[45] Ning. Y. N, Jackson. D. A. Faraday effect optical current clamp using a bulk-glass sensing element. Opt. Lett., 1993, 18 (10): 835-837P
[46] Yoshino. T, Gojyuki. M, Takahaski. Y. et al. Single glass block Faraday effect current sensor with homogeneous isotropic closed optical circuit. Appl. Opt., 1997, 36 (22): 5566-5573P
[47] Robles. G, Giannetti. R. Magneto-optic Faraday effect current sensor based on thin cobalt films. Conference Record-IEEE Instrumentation and Measurement Technology Conference, 2000, v3: 1547-1550P
[48] Wang. Z. P(王政平), Kang. C, Huang. Z. J, et al. General analysis on the effect of reflection-induced retardance upon the sensitivity of bulk glass current sensors. Electric Power Systems Research, 2001, 58: 205-208P
[49] Wang. Z. P (王政平), Sun. W. M, Huang. Z. J, et al. Effect of reflection-induced retardance on EMI immunity of bulk optic-material current sensors. Appl. Opt., 1998, 37 (31): 7293-7297P
[50] 康崇，孙伟民，王政平等．反射相移对光学玻璃电流传感器测量灵敏度和稳定性的影响．光学学报，1998，18 (11)：1513-1517页
[51] 康崇，王政平，黄宗军，张雪原．反射相移对法拉第镜式OCT影响的理论研究．哈尔滨工程大学学报．2006，27 (4)：611-613页
[52] 王政平，李庆波，齐异等．反射相移色散对OCS灵敏度影响的理论研究．光子学报，2004，33 (9)：1115-1118页
[53] 王政平，欧阳春梅，王晓忠．光源谱宽通过Verdet常量的色散对OCS输出影响的理论分析．哈尔滨工程大学学报，2006，27 (5)：782-785页
[54] Z. P. Wang, X. Z. Wang, C. M. Ouyang, Z. J. Huang. The wavelength accumulation effect of Verdet constant upon an optical current sensor. Optics and Laser Technology, 2007, 39 (4): 738-740P
[55] Wang. Z. P (王政平), Li. Q. B, Qi. Q, et al. Joint effect of the dispersions of reflection-induced retardance and Verdet constant upon the sensitivity of an optical current sensor. Optics & Laser Technology, 2004, 36 (3): 233-237P
[56] 王政平，李庆波，齐异，等．Verdet常数色散对光学电流传感器灵敏度影响的理论研究．哈尔滨工程大学学报，2004，25 (2)：188-191页
[57] Short. S. X, Tselikov. A. A, De Arruda. J. U et al. Imperfect quarter-waveplate compensation in Sagnacinterferometer-type current sensors. Journal of Lightwave Technology, 1998, 16 (7): 1212-1219P
[58] Y. Liu, Y. Zhang, J. L. Zou et al. , Optical coupler in three-phase optical current transducer. 光子学报，2001, 30 (4): 501-504
[59] 王政平，李庆波，谭巧等．一种提高1／4波片相移量测量精度的方法．光子学报．2005，34 (4)：628-631页
[60] Ma. X. Y and Luo. C. M. A method to eliminate birefringence of a magneto-optic AC current transducer with glass ring sensor head. IEEE Trans. on Power Delivery, 1998, 13 (4): 1015-1019P
[61] Rogers. A. J. Optical method for measurement of voltage and current in power system. Opics & Laser Technology, 1977, 9: 273-283P
[62] 王政平，李庆波，刘晓瑜等．线性双折射对光学玻璃电流传感器输出特性影响的理论分析．光子学报，2004，33 (7)：818-822页
[63] 王政平，刘晓瑜，康崇．线性双折射对法拉第镜式光学电流互感器输出 1212-1219P
[64] Wang. Z. P (王政平), Li. Q. B, Wang. H. L, et al. Novel approach to measure the linear birefringence in bulk optical glass sensing beads of current sensors. Proc. of SPIE, 2002, 49 (27): 222-229P
[65] 王政平，李庆波，欧阳春梅等．延迟片法测量光学玻璃电流传感头线性双折射．光子学报，2004，33 (6)：716-720页
[66] 王政平，李庆波，欧阳春梅等．测量光学玻璃电流传感头线性双折射的新方法．光子学报，2004，33 (8)：956-959页
[67] 王政平，李庆波，王慧丽等．光学玻璃传感头线性双折射的一种测量方法．光子学报，2003，32 (5)：612-614页
[68] Wang. Z. P (王政平) , Li. Q. B, Tan. Q, et al. Novel method for the measurement of the retardance of a quarter-wave plate. Optics & Laser Technology, 2004, 36 (4): 285-290P
[69] 王政平，李庆波，谭巧等．测量λ／4波片实际相移量并判定快慢轴的 方法．中国激光．2005，32 (4)：523-528页
[70] Wang. Z. P (王政平) , Li. Q. B, Qi. Y, et al. Effect of dispersion of linear birefringence upon the sensitivity of an optical current sensor. Optics & Laser Technology, 2004, 36 (7): 587-590P
[71] 王政平，李庆波，齐异，黄宗军，史金辉．线性双折射色散对OCS灵敏度影响的理论研究．《光子学报》，2005，34 (1)：66-68页
[72] Zheng Ping Wang, and Xiao Yu Liu. Effects of linear birefringence inside sensing head upon bulk glass current sensor's sensitivity. Optics and Laser Technology, 2006, April, 38 (3): 177-182P
[73] 王政平，刘晓瑜，王晓忠．线性双折射的波长积累效应对OCS的影响．《哈尔滨工程大学学报》，2005，26 (6)：811-813页
[74] 王政平、吴强、李庆波、黄宗军、史金辉．线性双折射温度特性对光学电流互感器影响的理论分析．《哈尔滨工程大学学报》，2005，26 (2)：272-276页
[75] Wang Zhengping, Liu Xiaoyu, and Huang Zongjun. Problems of linear birefringence in optical glass current transformers with return-back optical paths. Proc. of SPIE, 2006, 6134: OS-1-4
[76] Z. P. Wang, Q. B. Li, and Q. Wu. Effects of the temperature features of linear birefringence upon the sensitivity of a bulk glass current sensor. Optics and Laser Technology, 2006, 39 (1): 8-12P
[77] 王政平，刘晓瑜，黄宗军．光学玻璃电流互感器中互易性问题的理论研究．光子学报．2006，35 (9)：1333-1336页
[78] 王政平，刘晓瑜．线性双折射对不同类型光学玻璃电流互感器输出特性的影响．中国电机工程学报．2006，26 (14)：75-79页
[79] Ma. X. Y, Luo. C. M, A Method to Eliminate Birefringence of A Magneto-optic AC Current Transducer With Glass Ring Sensor Head. IEEE Trans. on Pwr. Del, 1998, 13 (4): 1015-1019P
[80] Wang. Z. P, Li. Q. B, Feng. R. Y et al. Effects of the polarizer in parameters upon the performance of an opticalcurrent sensor. Optics & Laser Technology, 2004, 36 (2): 145-149P
[81] 李红斌，刘延冰，汪本进．偏振分束器对光学电流传感器稳定性的影响．光子学报，2003，32 (2)：159-161页
[82] 王政平，王晓忠，欧阳春梅．Verdet常数色散对采用宽带光源的OCS影响的分析．光电技术与系统文选(第11届光电技术与系统学术会议文集)，2005：334-339页
[83] Wang. Z. P (王政平) , Wang. X. Z and Liu. X. Y. Effect of the spectral width of optical sources upon the output of an optical current sensor. Meas. Sci. Technol., 2005, 16 (8): 1588-1592P
[84] 徐雁，罗苏南，叶妙元．光学电流传感器温度影响的理论与试验研究．仪表技术与传感器，2001，(2)：6-8，17页
[85] 姜海丽，王政平，李庆波，等．保偏反射膜温度特性对BGOCT灵敏度影响的理论研究．光子学报，2004，33 (12)：1453-1455页
[86] Zhang. W, Ning. Y N, Chu. B. C. B, et al. Vibration-induced noise in a fiber lead of an optical current measurement system. Rev. Sci. Instrum., 1996, 67 (2): 553-557P
[87] Zhang. W, Ning. Y. N, Palmer. A. W, et al. Effect of coupling condition on vibration-induced noise in fiber lead used in an optical current measurement system. Rev. Sci .Instrum., 1996, 67 (8): 2698-2701P
[88] Fisher. N. E, Jackson. D. A. A common-mode optical noise-rejection scheme for an extrinsic Faraday current sensor. Meas. Sci. Technol., 1996, 7: 796-800P
[89] Podoleanu. A. G, Fisher. N. E, and Jackson. D. A. A single fiber-optic down-lead Faraday current sensor. Sensors and Actuators A, 1997, 58: 225-258P
[90] 黄宗军，王政平，孙伟民，等．反射相移对Faraday电流传感器灵敏度及稳定性影响的理论分析．光子学报，1998，27 (3)：243-247页
[91] 王政平，康崇，张雪原等．有源型光学电流互感器研究进展．激光与光电子学进展．2004，41 (10)：34-38页
[92] 王廷云，杨志国，刘彬等．光纤高压电流传感器．光子学报．1999，28(Z1)：411-416页
[93] 王廷云，孙圣和，郑绳楦．用Fabry-Perot干涉仪建立的光纤电流传感器．传感技术学报．1997，(3)：17-21页
[94] Chan M F, Chen G S, Demokan M S, et al. Optimal sensing of current based on an extrinsic Sagnac interferometer configuration. Optics and Lasers in Engineering. 1998, (30): 17-24P
[95] Heredero R L, De Caleya R F, Guerrero H, et al. Micromachined optical fiber current sensor. Applied Optics. 1999, 38 (25): 5298-5230P
[96] 郭志忠等．光电式电流互感器研究的述评．高压电器．1993 (5)：28-31页
[97] EDGE C, STEWART W J. Measurement of nonreciprocity in single mode optical fibers. Tech. Dig. IEE Colloq. Optical Fiber Measurements, No. 1987/55, May 1. 1987
[98] 康崇，王政平，黄宗军，刘宁宁．无偏振效应分束器反射相移对法拉第镜式光学电流互感器输出光偏振态的影响．光学学报，2006，26 (12)：1857-1860页
[99] Z. P. Wang, J. H. Shi, and S. L. Ruan. Designs of infrared non-polarizing beam splitters. Optics and Laser Technology, 2006, 39 (2): 394-399P
© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号 地址：北京市海淀区学院路29号 邮编：100083 电话：办公室：(+86 10)66554848；文献借阅、咨询服务、科技查新：66554700 |