G.Iyer, R.S.Gorur (2012), “Corona Resistance of Dielectric materials” Experiment Results and Modelling, IEEE.
Bin Ma, Stanislaw M.Gubanski, Krivda (2009), “Dielectric Properties and Resistance to corona and ozone of Epoxy Compositions Filled with Micro and Nano filler”, IEEE.
M. Abdel saleem and D.shamloul (1989), “Corona power loss calculation for three phase transmission lines”, IEEE.
R.M. Morris, “An investigation of corona loss and RIV from transmission line conductors at high Direct Voltages, IEEE.
Takahiro Imai, Fumio Sawa (2007), “Roles of Fillers on Properties of Nano-TiO2 and Micro- SiO2 Filler Mixed Composites”, IEEE.
Vincent T.Morgon, “Effect of AC, DC current, power frequency, temperature on the ACSR conductors”, IEEE.
Fussio Sawa, “Nano filler combination enabling practical use of nano composites”, IEEE.
A.E.Loxton and A.C.Britten, “The measurement and assessment of corona power loss on 400 kV transmission lines”, IEEE.
Indranil Manna (2009), ‘Synthesis, Characterization and application of nanofluid-an overview’, Journal of the Indian Institute of Science, Vol. 89.
Tae-Keun Hong and Ho-Soon Yang (2005), ‘Nanoparticle Dispersion dependent Thermal conductivity’, Journal of the Korean Physical Society.
Irwin, P. C Cao, Y. Bansal (2003), “Thermal and mechanical properties of polymide nanocomposites” Electrical Insulation and Dielectric Phenomena, CEIDP.
Kozako, M. Fuse, N. Ohki(2004), “Surface Degradation of Polymide nano composites caused by partial discharge using IE”, IEEE.
Lewis, T. J(1994), “Nanometric Dielectrics” Dielectrics and Electrical Insulation, IEEE.