SJ
Sandeep K Jain
Symbiosis International University, Symbiosis Institute of Technology,, Dr Vijay Kumar Foundation
0000-0002-7497-2748
About
I have been performing ab initio calculations for exploring electronic, optical and magnetic properties of bulk and nanostructures. Earlier I had been working in doped boron nanotubes and explored the electronic and optical systems by stabilizing them. Currently I have been working on rare earth free permanent magnet materials. We achieved high maximum energy product for FePt/FeCo superlattices and the optimum thickness pf each phase is around 2 nm. We are also exploring magnetoelectric materials. Recently, We have stated on 2D layers of III-V group elements.
Employment
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Symbiosis International University, Symbiosis Institute of Technology, Assistant Professor2022 - Present
Education
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Dr Vijay Kumar Foundation Post Doctoral Scientist2014 - 2015
Projects & Funding
Projects & funding information is unavailable.
Publications (14)
- Structural and spin-dependent electronic properties of triangular/zigzag boron nitride nanowires Save
- Optimum thickness of soft magnetic phase in FePt/FeCo permanent magnet superlattices with high energy product and large magnetic anisotropy energy Save
- Enhanced stability of carbon doped boron nanotubes: An ab-initio approach Save
- Effect of nitrogen impurity on electronic properties of boron nanotubes Save
- Electron transport in asymmetric biphenyl molecular junctions: effects of conformation and molecule-electrode distance Save
- Ab initio study of dielectric function of C-substituted single walled boron nanotubes Save
- Electronic properties of C-substituted boron nanotubes: A first principles study Save
- Optical properties of hexagonal boron nanotubes by first-principles calculations Save
- Strain energy calculations of hexagonal boron nanotubes: An ab-initio approach Save
- Structure stability analysis of Nin(n = 2 - 22) using nature inspired algorithms: A performance study Save