[1] | L. N. Satapathy, A study on the cold isostatic pressing of Advanced Ceramics, Interceram, 46(1), 1997, 37-40. |
[2] | L. N. Satapathy, The physical, Thermal and Phase identification studies of Zirconia-Flyash material, Ceramic International , 24(3), 1998, 199-203 |
[3] | L. N. Satapathy, The influence of transition metal oxide additives on the properties of Alumina, INTERCERAM , 48 (3), 1999, 188-193. |
[4] | L.N.Satapathy, Development and Characterization of a high abrasion resistant Alumina-Zirconia composite, Mat. Res. Bull. , 34 (8), 1999, 1233-1241. |
[5] | L.N. Satapathy , R. S. Kottada and Atul H. Chokshi, An experimental technique for fabricating ceramic tensile specimen , Scripta Materialia , 41 (10), 1999, 1091-1095. |
[6] | L.N.Satapathy, A study on the Mechanical, Microstructural and Abrasion resistance studies on Zirconia-Flyash material, Ceramic International, 26, 2000, 39-45. |
[7] | L.N. Satapathy , Effect of water soluble binders on the properties of Alumina ceramics, Interceram , 49(6), 2000, 448-453. |
[8] | S. S. Vidyawathi, R. Amaresh and L. N. Satapathy, Effect of Boric acid sintering aid in the densification of Barium Ferrite, Bulletin of Materials Science, 25(6), 2002, 569-572. |
[9] | S. Achari and L. N. Satapathy, Effect of fabrication techniques on Mullite based refractories for molten metal applications, Amer. Ceram. Soc. Bull. , 82(3), 2003, 33-38. |
[10] | S. Achari, A. Patnaik and L. N. Satapathy, Thermal shock resistance of a special mullite based refractory for molten metal handling application, Trans. Ind. Cer. Soc. 62(3), 2003, 154-157. |
[11] | L. N. Satapathy, Processing and Characterization of Flyash based abrasion resistant ceramics, Industrial Ceramics, 23(3), 2003, 211-217. |
[12] | L. N. Satapathy, Development of advanced ceramics for industrial applications-From thermal power station waste, BHEL journal, 24, (2), 2003, 9-17. |
[13] | L. N. Satapathy, Effect of Cobalt oxide on the densification of Yttrium Aluminum Garnet ( YAG), Mater. Lett. , 59, (2005), 387-390. |
[14] | L. N. Satapathy, P. D. Ramesh, Dinesh Agrawal and Rustum Roy, Microwave assisted synthesis of phase-pure and fine silicon carbide powder, Mat. Res. Bull. , 40, (2005), 1871-1882. |
[15] | P.Thomas , L.N.Satapathy, K.Dwarakanath and K.B.R.Varma , Microwave synthesis and sintering characteristics of CaCu3Ti4O12, Bull. Mater. Sci., 30(6), 2007 , 567-570. |
[16] | P. N. Hemanthakumari and L. N. Satapathy, A comparison of the effects of microwave vs. conventional drying on the mechanical properties distribution of dried green porcelains, Int. J. Appl. Cer. Tech. , 5(1), 94-100, Jan 2008. |
[17] | Vinayashree and L. N. Satapathy , Effect of Microwave Drying on the Green Properties of high voltage Electrical Porcelain Insulator, Amer. Cer. Soc. Bull., 87(6), 2008, 36-44 |
[18] | L. N. Satapathy, Microwave assisted sintering of high voltage porcelain material and its characterization , J. of Cer. Proc. Res. , 10(5), (2009), 637-642. |
[19] | V. Sridhara, B. S. Gowrishankar, Snehalatha and L. N. Satapathy , NanoFluids-A New promising fluid for cooling (A Topical review) , Trans. Ind. Cer. Soc., 68, 2009, 1-17. |
[20] | A. K. Mallik, S R Binu, L. N. Satapathy, C Narayana, M M Sheikh, S A Shivashankar and S K Biswas, Effect of substrate roughness on growth of Diamond by hot filament CVD , Bull. Mater. Sci., 33(3), 251-255, 2010 . |
[21] | L. N. Satapathy, G Swaminathan, S Vijay Kumar and Shriya Dhar, Large scale microwave Processing of Ceramic components, International journal of microwave and Electromagnetic energy (Under publication: 2011). |