1 Martins, M. A. G, "Vegetable oils, an alternative to mineral oil for power transformers- experimental study of paper aging in vegetable oil versus mineral oil" IEEE 26 (26): 7-13, 2010
2 Lewand, L, "Understanding Water in Transformer System - The Relationship Between Relative Saturation and Parts per Million (ppm)"
3 Horst, R, "The Weibull Distribution A Handbook" CRC Press/Taylor & Francis Group 34-44, 2009
4 Martin, D, "Statistical Analysis of the AC Breakdown Voltages of Ester Based Transformer Oils" 15 (15): 1044-1050, 2008
5 Morcos, M. M, "Review of Statistical Testingof Solid Insulating Materials" 574 (574): 574-581, 1989
6 "Petroleum products - Transparent and opaque liquids - Determination of kinematic viscosity and calculation of dynamic viscosity"
7 Gockenbach E, "Performance and New Application of Ester Liquids"
8 Du, Y, "Moisture solubility for differently conditioned transformer oils" 8 (8): 805-811, 2001
9 Rouse, T. O, "Mineral insulating oil in transformers" IEEE 14 (14): 6-16, 1998
10 Clark, J, "Introducing Esters"
1 Martins, M. A. G, "Vegetable oils, an alternative to mineral oil for power transformers- experimental study of paper aging in vegetable oil versus mineral oil" IEEE 26 (26): 7-13, 2010
2 Lewand, L, "Understanding Water in Transformer System - The Relationship Between Relative Saturation and Parts per Million (ppm)"
3 Horst, R, "The Weibull Distribution A Handbook" CRC Press/Taylor & Francis Group 34-44, 2009
4 Martin, D, "Statistical Analysis of the AC Breakdown Voltages of Ester Based Transformer Oils" 15 (15): 1044-1050, 2008
5 Morcos, M. M, "Review of Statistical Testingof Solid Insulating Materials" 574 (574): 574-581, 1989
6 "Petroleum products - Transparent and opaque liquids - Determination of kinematic viscosity and calculation of dynamic viscosity"
7 Gockenbach E, "Performance and New Application of Ester Liquids"
8 Du, Y, "Moisture solubility for differently conditioned transformer oils" 8 (8): 805-811, 2001
9 Rouse, T. O, "Mineral insulating oil in transformers" IEEE 14 (14): 6-16, 1998
10 Clark, J, "Introducing Esters"
11 Badent, R, "Inhibited rape-seed oil as substitute for mineral oils" 268-271, 2002
12 Kuffel, E, "High Voltage Engineering: Fundamentals" Newnes. P 387-390, 2000
13 Naidu, M. S, "High Voltage Engineering" McGraw-Hill 2008
14 Hamzah, M. S, "Electrical insulation characteristics of alumina, titania, and organoclay nanoparticles filled PP/EPDM nanocomposites" 131 (131): 2014
15 Forster, E. O, "Electric Conduction in Liquid Hydrocarbons. III. Comparison of Saturated and Unsaturated Hydrocarbons" 40 (40): 91-95, 1964
16 Suwarno, Ilyas, M, "Effects of temperature on dielectric properties of rhicinnus oils as insulating liquid" 286-289, 2008
17 Borsi, H, "Dielectric Behaviour of Silicone and ester Fluids for Use in Distribution Transformer" 26 (26): 755-762, 1991
18 "Determination of water in insulating liquids by automatic coulometric Karl Fischer titration"
19 Dang, V, "Comparative study of statistical breakdown in mineral, synthetic and natural ester oils under AC voltage" 19 (19): 1508-1513, 2012
20 Yusnida, M, "Breakdown Strength Characteristic of RBDPO and Mineral Oil Mixture asan Alternative Insulating Liquid for Transformer" 64 (64): 69-72, 2013
21 Ruijin, L, "A comparative study of physicochemical, dielectric and thermal properties of pressboard insulation impregnated with natural ester and mineral oil" 18 (18): 1626-1637, 2011
22 Rajab, A, "A Comparison of Dielectric Properties of Palm Oil with Mineral and Synthetic Types Insulating Liquid under Temperature Variation" 43 (43): 191-208, 2011