Volume 21, Issue 1 (March - Special Issue 2024)
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- Synthesis of most stable Kasterite CZTS phase with coral rock like morphology.
- Simplest synthesis by use of common chemicals and economical Chemical Bath Deposition Method
- Excellent band gap of nanocrystalline CZTS thin films with good PEC efficiency.
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- Synthesis Method: Adoption of the coprecipitation method using ferric chloride and ferrous sulphate, showcasing a widely used and scalable Technique.
- Concentration Influence: Investigation of the impact of varying concentrations of ferric and ferrous ions on the physical and magnetic properties of IONPs.
- Combination Synergy: Recognition of the enhanced effectiveness when using a combination of ferric chloride and ferrous sulphate, leading to uniform size, shape, crystalline nature, stability, and magnietization.
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- The structural, morphological, optical and supercapacitive studies of doped and pure Mn3O4 nanostructured thin films are executed.
- Doping causes the morphology modification, the variation in the crystallite size and decrease in the band gap energy.
- Due to higher surface area and narrow pore size, Ni doped thin films showed excellent pseudocapacitive performance than pure and Mo doped Mn3O4 thin films.
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- Solar Energy Materials and Solar Cells serves to disseminate research results in the field of materials science and technology related to photovoltaic, photothermal, and photoelectrochemical conversion of solar energy.
- Materials science encompasses physics, chemistry, optics, materials fabrication and analysis for all types of materials. The relevant topics are comprehensive and include bulk materials, coatings and thin films, and surface treatments.
- To develop electrochemical PV cells that include II-VI, IV-VI and I- III -V semiconductor materials and their alloys, which are known to have excellent characteristic properties (optical, surface morphological, electrical transmission, etc.) consistent with an ideal photovoltaic material.
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- Synergistic effect of bacteriogenic AgNPs on β-lactam antibiotics
- MIC and MBC lowered by upto 2000 folds for pathogenic bacteria
- Resistant bacteria sensitized with combination of drug and AgNPs
- Ineffective drug can be made functional in presence of AgNPs
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1] The Mn0.25Mg0.08Cu0.25Zn0.42Fe2O4 synthesized through the sol-gel method exhibits a well-
controlled and finely tuned structure.
2] Crystalline nature with controlled grain sizes, detailed molecular information of the material
composition and particle distribution with surface morphology of
Mn0.25Mg0.08Cu0.25Zn0.42Fe2O4 was confirmed by XRD, FT-IR and SEM techniques.
3] TG-DTA studies have revealed the thermal stability and decomposition behavior of
Mn0.25Mg0.08Cu0.25Zn0.42Fe2O4.
4] VSM analysis showcasing magnetization behavior, coercivity and overall magnetic performance of
prepared sample.
5] This research provides a solid foundation for further exploration and optimization of
Mn0.25Mg0.08Cu0.25Zn0.42Fe2O4 for advanced technological applications.
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- The effect of Electrodeposition time on the Ni-W alloys were investigated.
- Structural properties of the electrodeposited Ni-W alloys were thoroughly studied using XRD analysis.
- Further analysis was carried using micro-Raman spectroscopy and SEM.
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1] Self-photodegradation of methylene blue.
2] Fastening the degradation of dye using CuO film prepared by SILAR method. Role of Adsorption.
3] Superfast degradation with the help H2O2.
4] Effect of pH on decolorization.
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1] Nickel-doped CoMn ferrites (with x values ranging from 0 to 0.15) were synthesized using a double sintering solid-state route.
2] Proposed theoretical cation distribution for cubic spinel ferrites based on electrical configurations and cation site preferences.
3] Agreement observed between the suggested cation distribution and experimental results from Vibrating Sample Magnetometer (VSM) and X-ray Diffraction (XRD).
4] Theoretical calculations of magnetic moment, coercivity, and magnetization aligned well with experimental VSM data.
5] Magnetostriction increased with the rise in the magnetic field, reaching a maximum of 84 ppm for the Co0.7Mn0.3Fe2O4 sample at 5 kOe.
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, Niketa Pawar 