Abdul Barik- M.Sc. in Physics
- Lecturer of Physics at Southeast University
Abdul Barik
- M.Sc. in Physics
- Lecturer of Physics at Southeast University
Condensed Matter Physics (Experimental and Theoretical)
About
10
Publications
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Introduction
Current institution
Additional affiliations
April 2019 - October 2019
Education
October 2018 - October 2020
Field of study
- Material Science in Solid State Physics
Publications
Publications (10)
In the cutting-edge world, research has been getting harder day by day. These days people have more enthusiasm towards reputed journals as they are doing good research. So, sometimes we look for Q1 journals for condensed matter physics, but cannot find out precisely. To resolve the problem, we are trying to find out the Q1 journals. Through painsta...
Phase transitions in metal halide perovskites triggered by external provocations produce significantly different material properties, providing a prodigious opportunity for comprehensive applications. In the present study, the first principles calculation has been performed with the help of density functional theory using the Cambridge Serial Total...
The antiperovskites based on metal halides have emerged as potential materials for advanced photovoltaic and electronic device applications. But the wide bandgap of non-toxic CsSnCl3 reduces its photovoltaic efficiency. Here, we report the change of electronic structure of CsSnCl3 at different pressure by using GGA-rPBE and GGA-PBEsol functionals a...
Structural characteristics confirm the existence of tetragonal perovskite structure. • Dielectric constant shown large frequency band of utility for multifunctional applications. • Conduction phenomenon is due to small polaron hopping mechanism. • Fitting of ac conductivity satisfied the Jonscher's power law. • Impedance spectra revealed semicircul...
Rare earth samarium (Sm) and transition metal chromium (Cr) doped bismuth ferrites (Bi0.90Sm0.10Fe0.93Cr
0.07O3) are successfully fabricated using a solid state reaction method at various sintering temperatures (Ts). The
distorted rhombohedral structure was confirmed by X-ray diffraction with R3c space group for 800 and 850 ◦C
sintered compositions...
Electricity generation from renewable energy sources is one of the eye-catching topics for researchers. [1] Because the administration authorities are providing adequate support to develop the research projects on it. One of the major problems with renewable energy source is that it creates a fluctuation in frequency and provides an unpredictable a...
Unprecedentedly, the application of hydrostatic pressure has emerged as an effective means of tuning the electronic bandgap of non-toxic halide perovskites for optoelectronic applications. Lately, in addition, metal halide anti-perovskites have developed as the most promising semiconductor materials significantly for advanced photovoltaic and optoe...
In the cutting-edge world, non-toxic metal halide perovskites have been used ubiquitously particularly in the field of optoelectronic devices. In this regard, the physical properties of non-toxic metal halide perovskites have been investigated intensively by first-principles density functional theory (DFT) calculations. By pressure inducing, moreov...
