Volume 22, Issue 3 (September 2025)
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- A single phase transparent glass ceramic coating covering with photocatalytic property was successfully synthesized by sol gel method.
- The effect of composition on the phase transformation of anatase to rutile was investigated.
- The effect of composition on the on the crystallization of synthesized glass ceramic was investigated.
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- The most appropriate concentrations of micron and nano size ceramic particles in electroplating bath were established
- Effect of different current types on co-deposition of micron and nano size particles during electroplating was shown
- Effect of particle size on the properties of Ni-B4C composite coating was investigated
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- Optimization of SLM process parameters ensures the production of high-quality, mechanically robust maraging 300 alloy parts.
- Optimal energy density minimizes porosity and unmelted particles, resulting in improved density and strength.
- Heat treatment significantly enhances tensile strength through solution and aging processes.
- The stripe scanning strategy improves tensile strength and reduces porosity compared to alternative strategies.
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- Synthesis of CuS nanoparticles (NPs) via wet chemical approach, with nanometer-scale dimensions. Comprehensive characterization revealing hexagonal phase structure confirmed by X-ray diffraction (XRD) and Raman spectroscopy.
- Estimated bandgap energy of 2.05 eV for slightly sulfur-rich CuS NPs, indicating miniaturization effect exhibited Exceptional photocatalytic activity of CuS NPs in degrading methyl Red (MR) under visible light.
- Surface-bound OH ions on CuS nanostructures enhance adsorption and acceleration of MR degradation under visible light. Significant promise and efficiency of CuS NPs highlighted as photocatalysts, particularly for purifying chemically contaminated wastewater.
- High responsiveness to stable visible light makes CuS NPs suitable for practical applications, especially in degrading stable azo dyes like MR.
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