Ms. B. Subha

Mrs. B. Subha, Asst. Prof.,
Yadava Womens College, Thiruppalai,
Madurai

There are many important applications of ceramic materials, for example, materials like FeO and NiO are antiferromagnetic. The sintering of the samples under different temperature has been used as criterion for studying such antiferromagnetic systems.

The analysis of interior structures of these ceramics is very important to determine their properties. Hence, the atomic level (the structural determination, bonding etc.) and the electronic level (electron densities) characterizations have been carried out using XRD experimental data. Suitable and highly versatile mathematical tools are used for these types of analysis on interior structure of ceramic materials. Other characterization techniques have been used for the    (1) confirmation of growth of appropriate samples (Powder XRD) (2) the composition of the grown materials ( EDAX/ICP-AES) (3) the determination of optical properties, band gap (UV-VIS,IR,Raman) (4) Microstructure (SEM/FESEM) (5) dielectric properties (BDS) (6) magnetic properties if magnetic elements are present in the grown doped systems (VSM).

List of Publications:

List of Publications:
1. B.Subha, R. Saravanan, N.Srinivasan,
Effect of the sintering temperature on the microstructure and optical properties of ZnO ceramics,
Contemporary Dielectric Materials, Chap.8, Materials Research Forum LLC, Materials Research Foundations, USA, 7 102-111 (2017) ISBN 13: 978-1-945291-12-8

2. K.Sakthi Lavanya, B.Subha, M.Prema Rani, R.Saravanan,
Charge density analysis and magnetic behaviour of Li doped NiO nanostructures synthesized by sol-gel method,
Contemporary Dielectric Materials, Chap.10, Materials Research Forum LLC, Materials Research Foundations, USA, 7 128-144 (2017) ISBN 13: 978-1-945291-12-8