Vidwan-ID : 59872



  • Dr K R S Preethi Meher

  • Assistant Professor
  • Central University of Tamil Nadu
Publications 2009 - 2023

Publications

  • 27
    Journal Articles
  • 3
    Conference
    Proceedings
  • 1
    Review
  • 1
    Projects
  • 1
  • 1
  • 12

Citations / H-Index

234 Citations
8 h-index
229 Citations

Altmetrics

6
4
2
3
2

Google Scholar

Co-author Network


Expertise

Materials Science Multidisciplinary

Multifunctional oxide materials, Multiferroics, Energy storage/harvesting materials

Personal Information

Dr K R S Preethi Meher

Female
Department of Materials Science,Central University of Tamil Nadu Thiruvarur, Tamil Nadu, India
Thiruvarur, Tamil Nadu, India - 610101


Experience

  • Assistant Professor

    Department of Materials Science

    Central University of Tamil Nadu

  • Research Associate

    Materials Science Division

    Indira Gandhi Centre For Atomic Research


Qualification

  • Ph.D (Materials Research Center)

    Indian Institute of Science, Bangalore


Honours and Awards

2017

Organizer of International Conference on Advanced Functional Materials

Central University of Tamil Nadu

2016

Invited Participant at Indo-French Seminar on Nanoscale Energy Harvesting Systems

CEFIPRA and VIT Chennai

2013

CNRS Postdoctoral Fellowship

CNRS France

Read More
2017

Organizer of International Conference on Advanced Functional Materials

Central University of Tamil Nadu

2016

Invited Participant at Indo-French Seminar on Nanoscale Energy Harvesting Systems

CEFIPRA and VIT Chennai

2013

CNRS Postdoctoral Fellowship

CNRS France

2010

Erasmus Mundus Willpower Fellowship

European Commission France

2003

University IV Rank in M.Sc Physics

University of Madras

Read Less

Membership In Committees

2019

Official Language Implementation Committee

Department representative

2019

Official Language Implementation Committee

Department representative

Read Less

Research Projects

Unravelling physical mechanisms of multicaloric cooling in Ferroic materials fabricated by ceramic processing techniques

Funding Agency : UGC-Startup Grant

Unravelling physical mechanisms of multicaloric cooling in Ferroic materials fabricated by ceramic processing techniques

Funding Agency : UGC-Startup Grant

Read Less