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- Pure CdOx and Cu-doped CdO thin films have been prepared by spray pyrolysis method.
- The Cu doping ratios correspond to 0, 0.46, and 1.51 at%.
- Cu contents in the as-deposited films lead to lessen the band gap values. In contrast, annealing process results in raising the band gap.
- Optical parameters such as, absorption, transmittance, dielectric constants etc. were comprehensively analyzed.
Abstract
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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.
Abstract
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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.
Abstract
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Abstract
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- PVA/CS composites exhibited coarser structure due to inconsistent CS dispersion.
- Composite film thickness increased with CS content.
- FTIR showed strong intermolecular interactions, hydrogen bonding in PVA/CS.
- Higher CS in PVA/CS films reduced tensile strength/strain, increased stiffness.
PVA/CS films showed effective antibacterial activity vs. Gram-positive B. subtilis
Abstract
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Highlights
Highlights
- LBAM offers a transformative approach for fabricating complex NBSAs with superior properties.
- A complex interplay exists between LBAM process parameters, microstructure, defects, and the performance of NBSAs.
- LBAM can produce high-quality NBSAs, but challenges remain in mitigating defects like porosity and cracks.
- Addressing process control and defect mitigation is crucial for advancing LBAM technology.
- LBAM holds immense potential for producing high-performance NBSAs for various industrial applications.
Abstract
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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
Abstract
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Full-Text (PDF)
(68 Downloads)
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Graphical Abstract
|
Highlights
- 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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