S.K.Sit, B.Gupta and S.Sahoo : Dielectric relaxation of Benzonitrile and Tetramethyl Urea with N, methylformamide in C6H6 under 9.885 GHz electric field. - Ind. J. Pure & Appl. Phys. ISSN : ISSN No: 0019-5596 (Print) 0975-1041 (Online) vol:56 pp:684-695 (2018)
S Sahoo : Dielectric relaxation study of propylene carbonate from susceptibility and conductivity measurement under broadband electric field. - Indian.J.Phys ISSN : ISSN No: 0973-1458 (Print) 0974-9845 (Online) vol:94(5) pp:639-656 (2020)
S.Sahoo : Investigation of dielectric relaxation in dipolar liquids.measurement under broadband electric field. - Indian.J.Phys ISSN : ISSN No: 0973-1458 (Print) 0974-9845 (Online) vol:94(1) pp:17-29 (2020)
S.S. Pattyanayak, S.H.Laskar & S.Sahoo : Microwave Absorption Study of Dried Banana Leaves Based Single Layer Microwave Absorber - International Journal of Microwave and Wireless technology vol:accepted (2020)
S. Sahoo, K Dutta, S. Acharyya, & S.K.SIt : Dielectric relaxation of associated ternary liquid mixture from high frequency conductivity measurement of solution - Indian Journal of Pure and Applied Physics vol:45 issue:6 pp:529-544 (2007)
S. Sahoo, T. R. Middya & S.K.Sit : Relaxation phenomena of acrylic esters and phenols in dilute solution of CCl4 under static and high frequency electric field - Relaxation phenomena of acrylic esters and phenols in dilute solution of CCl4 under static and high frequency electric field vol:53 pp:725-735 (2015)
S. Sahoo, & S.K.Sit : Dielectric relaxation phenomena of alkyl acrylate on complexation with phenol dissolved in carbon tetrachloride under static and high frequency electric field - Indian Journal of Pure and Applied Physics vol:55 issue:3 pp:207-217 (2017)
T.Bachhar, S. K.Sit, S.H.Laskar and S.Sahoo : Investigation of dielectric relaxation in Tributyl phosphate from susceptibility and conductivity measurement under microwave field - Bulletin of Material Science vol:accepted
T.Bachhar, S. K.Sit, S.H.Laskar and S.Sahoo : Investigation of dielectric relaxation in Tributyl phosphate from susceptibility and conductivity measurement under microwave field - Bulletin of Material Science vol:accepted
