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综述了国内外植物绝缘油的应用与研究现状,分析比较了植物油与矿物油的性能,结合近年来的最新研究成果,详细阐述了植物油的各种优点、不足及解决办法,同时提出了今后的研究发展方向,进一步肯定了植物绝缘油替代矿物油的可行性.

参考文献

[1] T. V. Oommen .Vegetable oils for liquid-filled transformers[J].IEEE Electrical Insulation Magazine,2002(1):6-11.
[2] Clark F M.Insulation Materials for Design and Engineering Practice[M].New York:McGraw-Hill,1962
[3] Kamath K M .Variation of Dielectric Properties of Some Vegetable Oils in the Liquid-solid Transition Phase[J].Indian Journal Technology,1971,9:312-313.
[4] Kamath K M .Vegetable Oils for Electrical Use-Processing and Application[J].Industrial Engineering (I) Journal-EL,1975,56:64-70.
[5] Vandos Shedigian;Emhart Industries .Non-toxic Impregnat for Electrical Capacitors[P].US,4536331,1985-08-20.
[6] Claiborne C C;Walsh E J;Oommen T V.An Agriculturally Based Biodegradable Dielectric Fluid[A].,1999:876-881.
[7] Badent R;Hemmer M;Schwab A J.Inhibited Rape-seed Oil as Substitute for Mineral Oils[A].,2002:268-271.
[8] Lucas J R;Abeysundara D C;Weerakoon C.Coconut Oil Insulated Distribution Transformer[A].,2001:l-5.
[9] Pahlavanpour B;Wilson G;Heywood R.Environmentally Friendly Insulating Oil[A].,1999:5/1-5/4.
[10] Thottathil V Oommen;C Clair Claiborne .Electrical Transformers Containing Electrical Insulation Fluids Comprising High Oleic Acid Compositions[P].US,5949017,1999-09-07.
[11] McShane C P .Vegetable Oil Based Dielectric Coolants[J].IEEE Transactions on Industry Applications,2002,8(03):34-41.
[12] Glenn S Cannon;Lou A T Horary .Soybean Based Transformer Oil and Transmission Line Fluid[P].US,5958851,1999-09-28.
[13] Hikosaka T;Yamazaki A;Hatta Y.Basic Characteristics of Environment-Conscious Transformer Impregnated with Oil Palm Fatty Acid Ester(PFAE)[A].Ljubljana,Slovenia,2007
[14] Hikosaka T;Iwabuchi H;Hoshida Y.Analyses of Electro-Chemical Characteristics of Palm Fatty Acid Esters as Insulating Oil[A].,2008:1-4.
[15] 日本开发出用植物油做绝缘油的变压器[J].东北电力技术,2002(08):13.
[16] 李剑,党剑亮,杨丽君,张捷,江淘沙.三种植物绝缘油的理化与电气性能的比较[J].重庆大学学报(自然科学版),2007(09):42-45.
[17] 李晓虎 .植物绝缘油理化及电气性能的研究[D].重庆大学,2006.
[18] 李勇 .山茶籽绝缘油的电气及抗氧化性能研究[D].重庆大学,2007.
[19] 党剑亮 .典型故障下菜籽绝缘油中溶解气体的研究[D].重庆大学,2007.
[20] Lance R Lewand.Laboratory Evaluation of Several Synthetic and Agricultural-based Dielectric Liquids[A].Boston,USA,2001
[21] Amanullah Md.Analyses of Electro-Chemical Characteristics of Vegetable Oils as An Alternative Source to Mineral Oil-based Dielectric Fluid[A].,2005:365-368.
[22] McShane C P;Rapp K J;Corkaran J L.Aging of Paper Insulation in Natural Ester Dielectric Fluid[A].,2001:675-679.
[23] McShane C P;Rapp K J;Corkaran J L.Aging of Kraft Paper in Natural Ester Dielectric Fluid[A].,2002:173-177.
[24] McShane C P;Luksich J;Rapp K J.Retrofilling Aging Transformers with Natural Ester Based Dielectric Coolant for Safety and Life Extension[A].,2003:141-147.
[25] McShane C P;Corkran J L;Rapp K J.Aging of Paper Insulation Retrofdled with Natural Ester Dielectric Fluid[A].,2003:124-127.
[26] Hemmer M;Badent R;Leihfried T.Electrical Properties of Vegetable Oil-impregnated Paper Insulation[A].,2003:60-63.
[27] McShane C P .Relative Properties of the New Combustion-Resistant Vegetable-Oil-Based Dielectric Coolantts for Distribution and Power Transformers[J].IEEE Transactions on Industry Applications,2001,37(04):11132-11139.
[28] Boss P;Oommen T V.New Insulating Fluids for Transformers based on Biodegradable High Oleic Vegetable Oil and Ester Fluid[J].IEEE Colloquium on Insulating Liquids,1999(07):1-10.
[29] Oommen T V;Claibome C C;Walsh E J.Introduction of A New Fully Biodegradable dielectric Fluid[A].,1998:3/1-3/4.
[30] Amanullah Md.Analyses of Physical Characteristics of Vegetable oils as an Alternative Source to Mineral Oil-based Dielectric Fluid[A].,2005:397-400.
[31] Girgis R.Detailed Performance of a 50 MVA Transformer Filled with a Naturalester Fluid Versus Mineral Oil[A].,2010:107.
[32] Amanullah Md.Evaluation of Several Techniques and Additives to De-moisturise Vegetablc Oils and Bench Mark the Moisture Content Level of Vegetable Oil-based Dielectric Fluids[A].,2008:1-4.
[33] 陶长元,黄晶,杜军,李晓虎,孙才新.降低植物型变压器油酸值的研究[J].绝缘材料,2005(05):15-18.
[34] 印华,邱毓昌.油浸变压器用植物油[J].绝缘材料,2003(02):23-25.
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