Academic interests
My primary research focus revolves around the synthesis, characterization, and understanding of the structure-property relationships of energy materials, particularly nanomaterials and magnetocaloric materials. Here's a breakdown of my research areas:
-
Nanomaterials:
- Synthesis of various nanomaterials.
- Investigation of nanoparticle formation mechanisms using in situ total scattering studies.
- Analysis of nanostructure and disorder structures using X-ray total scattering, PDF(Pair Distribution Function), PXRD, and X-ray Absorption techniques.
- Pathway studies of nanoparticle formation from amorphous precursor complexes in solution.
-
Magnetocaloric Materials:
- Exploration of materials with magnetocaloric properties.
- Magnetic measurements and studies on the magnetic properties of materials.
- Application of magnetic measurement techniques to analyze the behavior of materials in response to changes in magnetic fields.
- Contribution to the understanding of magnetocaloric materials for potential applications in magnetic refrigeration and related technologies.
-
In Situ Measurements and Experimental Setup Development:
- Conducting in situ measurements at synchrotron facilities (MAXLAB, PETRA III, ESRF, Spring 8, Diamond).
- Designing and improving setups for in situ measurements, including the study of nucleation mechanisms during chemical mixing.
-
Programming and Data Analysis:
- Proficiency in Python programming for treating large datasets from in situ measurements.
- Utilization of programming skills for efficient analysis and interpretation of research data.
Full Publication List
https://scholar.google.com/citations?user=exvJ6a4AAAAJ&hl=en
Teaching
Lecturer in KJM2500
Partners