Scientific Program | 2025 | Materials Science Conferences | Materials Conferences

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class="avatar"> </div> <div class="text"> <div class="point">Keynote Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/probabilistic-design-for-reliability-of-electronic-and-photonic-materials-devices-packages-and-systems-and-the-role-of-analytical-mathematical-modelling" title="Probabilistic design for reliability of electronic and photonic materials, devices, packages and systems, and the role of analytical ("mathematical") modelling" class="title-link">Probabilistic design for reliability of electronic and photonic materials, devices, packages and systems, and the role of analytical ("mathematical") modelling</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/ephraim-suhir" title="Ephraim Suhir">Ephraim Suhir</a>, <span class="designation"> Portland State University, United States </span> </h5> <p>“Probability theory is nothing but common sense reduced to calculation”, said Pierre-Simon Laplace (1749-1827), the famous French mathematician, founder of the science of the applied probability. This statement has been and is true for almost any area of the engineeri [....] » <a class="red-link" title="Probabilistic design for reliability of electronic and photonic materials, devices, packages and systems, and the role of analytical ("mathematical") modelling" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/probabilistic-design-for-reliability-of-electronic-and-photonic-materials-devices-packages-and-systems-and-the-role-of-analytical-mathematical-modelling">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Ephraim Suhir" href="https://magnusconferences.com/materials-science/speaker/ephraim-suhir"> View Profile </a> <a class="btn btn-light s-links" title="Probabilistic design for reliability of electronic and photonic materials, devices, packages and systems, and the role of analytical ("mathematical") modelling" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/probabilistic-design-for-reliability-of-electronic-and-photonic-materials-devices-packages-and-systems-and-the-role-of-analytical-mathematical-modelling"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Pelin Berik Giwa, Speaker at Materials Science Conferences" title="Mooney-Rivlin and Ogden numerical material models of ultra-soft tissue- equivalent alginate hydrogels" src="https://magnusconferences.com/materials-science/uploads/speakers/pelin-berik-giwa-2901.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/mooney-rivlin-and-ogden-numerical-material-models-of-ultra-soft-tissue-equivalent-alginate-hydrogels" title="Mooney-Rivlin and Ogden numerical material models of ultra-soft tissue- equivalent alginate hydrogels" class="title-link">Mooney-Rivlin and Ogden numerical material models of ultra-soft tissue- equivalent alginate hydrogels</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/pelin-berik-giwa" title="Pelin Berik Giwa">Pelin Berik Giwa</a>, <span class="designation"> University of Central Florida, United States </span> </h5> <p>The characteristics of alginate hydrogels are comparable to those of extracellular matrix (ECM). Because of this, their mechanical behavior is similar to that of soft tissue, which makes them suitable for the creation of soft deformable structures that are comparable to tissue. S [....] » <a class="red-link" title="Mooney-Rivlin and Ogden numerical material models of ultra-soft tissue- equivalent alginate hydrogels" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/mooney-rivlin-and-ogden-numerical-material-models-of-ultra-soft-tissue-equivalent-alginate-hydrogels">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Pelin Berik Giwa" href="https://magnusconferences.com/materials-science/speaker/pelin-berik-giwa"> View Profile </a> <a class="btn btn-light s-links" title="Mooney-Rivlin and Ogden numerical material models of ultra-soft tissue- equivalent alginate hydrogels" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/mooney-rivlin-and-ogden-numerical-material-models-of-ultra-soft-tissue-equivalent-alginate-hydrogels"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Pedro Bamberg, Speaker at RWTH Aachen University" title="Enhancing resistance spot welding of AW-7075 alloys through gradual upslope welding current: Improving weld quality, mechanical properties, and micro structural characteristics" src="https://magnusconferences.com/materials-science/uploads/speakers/pedro-bamberg-2861.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/enhancing-resistance-spot-welding-of-aw-7075-alloys-through-gradual-upslope-welding-current-improving-weld-quality-mechanical-properties-and-micro-structural-characteristics" title="Enhancing resistance spot welding of AW-7075 alloys through gradual upslope welding current: Improving weld quality, mechanical properties, and micro structural characteristics" class="title-link">Enhancing resistance spot welding of AW-7075 alloys through gradual upslope welding current: Improving weld quality, mechanical properties, and micro structural characteristics</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/pedro-bamberg" title="Pedro Bamberg">Pedro Bamberg</a>, <span class="designation"> RWTH Aachen University, Germany </span> </h5> <p>Aluminium AW-7075 alloys are known for their exceptional high strength, comparable to that of high strength steels. These alloys have become increasingly popular in recent years for their ability to drive structural lightweighting and enhance automotive safety. However, challenge [....] » <a class="red-link" title="Enhancing resistance spot welding of AW-7075 alloys through gradual upslope welding current: Improving weld quality, mechanical properties, and micro structural characteristics" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/enhancing-resistance-spot-welding-of-aw-7075-alloys-through-gradual-upslope-welding-current-improving-weld-quality-mechanical-properties-and-micro-structural-characteristics">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Pedro Bamberg" href="https://magnusconferences.com/materials-science/speaker/pedro-bamberg"> View Profile </a> <a class="btn btn-light s-links" title="Enhancing resistance spot welding of AW-7075 alloys through gradual upslope welding current: Improving weld quality, mechanical properties, and micro structural characteristics" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/enhancing-resistance-spot-welding-of-aw-7075-alloys-through-gradual-upslope-welding-current-improving-weld-quality-mechanical-properties-and-micro-structural-characteristics"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Ghiath Monnet, Speaker at Materials Science and Engineering Congress" title="Strain localization in austenitic stainless steels studied by atom force microscope" src="https://magnusconferences.com/materials-science/uploads/speakers/ghiath-monnet-1794.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/strain-localization-in-austenitic-stainless-steels-studied-by-atom-force-microscope" title="Strain localization in austenitic stainless steels studied by atom force microscope" class="title-link">Strain localization in austenitic stainless steels studied by atom force microscope</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/ghiath-monnet" title="Ghiath Monnet">Ghiath Monnet</a>, <span class="designation"> EDF R&D, France </span> </h5> <p>Almost all metallic alloys deform through nucleation and propagation of slip bands. Slip localization implies that macroscopic deformation is inappropriate in investigating mechanisms of local plastic slip and strain heterogeneity. In this work we use high resolution Atom Force M [....] » <a class="red-link" title="Strain localization in austenitic stainless steels studied by atom force microscope" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/strain-localization-in-austenitic-stainless-steels-studied-by-atom-force-microscope">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Ghiath Monnet" href="https://magnusconferences.com/materials-science/speaker/ghiath-monnet"> View Profile </a> <a class="btn btn-light s-links" title="Strain localization in austenitic stainless steels studied by atom force microscope" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/strain-localization-in-austenitic-stainless-steels-studied-by-atom-force-microscope"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="David Chapelle, Speaker at Materials Science and Engineering Congress" title="Investigating efficiency and environmental impact of type 4 hydrogen tank for heavy mobility" src="https://magnusconferences.com/materials-science/uploads/speakers/david-chapelle-2613.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/investigating-efficiency-and-environmental-impact-of-type-4-hydrogen-tank-for-heavy-mobility" title="Investigating efficiency and environmental impact of type 4 hydrogen tank for heavy mobility" class="title-link">Investigating efficiency and environmental impact of type 4 hydrogen tank for heavy mobility</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/david-chapelle" title="David Chapelle">David Chapelle</a>, <span class="designation"> Université de Franche-Comté, France </span> </h5> <p>The presentation attempts to establish the state of progress of HYperStock project, as a brick of the huge PEPR decarbonized H2 french program. The project aims at consolidating the French scientific leadership in the field of storage and distribution of hydrogen under high press [....] » <a class="red-link" title="Investigating efficiency and environmental impact of type 4 hydrogen tank for heavy mobility" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/investigating-efficiency-and-environmental-impact-of-type-4-hydrogen-tank-for-heavy-mobility">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="David Chapelle" href="https://magnusconferences.com/materials-science/speaker/david-chapelle"> View Profile </a> <a class="btn btn-light s-links" title="Investigating efficiency and environmental impact of type 4 hydrogen tank for heavy mobility" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/investigating-efficiency-and-environmental-impact-of-type-4-hydrogen-tank-for-heavy-mobility"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Juan Jose Parajo Vieito, Speaker at Materials Science Conferences" title="Exploring ionic liquids: A pathway to sustainable energy storage" src="https://magnusconferences.com/materials-science/uploads/speakers/juan-jose-parajo-vieito-5403.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-ionic-liquids-a-pathway-to-sustainable-energy-storage" title="Exploring ionic liquids: A pathway to sustainable energy storage" class="title-link">Exploring ionic liquids: A pathway to sustainable energy storage</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/juan-jose-parajo-vieito" title="Juan Jose Parajo Vieito">Juan Jose Parajo Vieito</a>, <span class="designation"> University of Santiago de Compostela, Spain </span> </h5> <p>The depletion of fossil fuel reserves has reinforced the urgency for alternative energy sources, with a particular emphasis on renewable energy production. Transitioning to renewable energy not only mitigates the adverse effects of climate change but also facilitates a shift towa [....] » <a class="red-link" title="Exploring ionic liquids: A pathway to sustainable energy storage" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-ionic-liquids-a-pathway-to-sustainable-energy-storage">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Juan Jose Parajo Vieito" href="https://magnusconferences.com/materials-science/speaker/juan-jose-parajo-vieito"> View Profile </a> <a class="btn btn-light s-links" title="Exploring ionic liquids: A pathway to sustainable energy storage" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-ionic-liquids-a-pathway-to-sustainable-energy-storage"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Antonio Iliceto, Speaker at Materials Science and Engineering Congress" title="How the impact of scarce/critical materials can influence the energy transition" src="https://magnusconferences.com/materials-science/uploads/speakers/antonio-iliceto-8666.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/how-the-impact-of-scarce-critical-materials-can-influence-the-energy-transition" title="How the impact of scarce/critical materials can influence the energy transition" class="title-link">How the impact of scarce/critical materials can influence the energy transition</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/antonio-iliceto" title="Antonio Iliceto">Antonio Iliceto</a>, <span class="designation"> ETIP SNET, Italy </span> </h5> <p>The transition to sustainable energy sources is crucial for addressing climate change and reducing our reliance on fossil fuels; the CO2 footprint reduction requires the development and deployment of new materials that can support renewable energy technologies, such as rare earth [....] » <a class="red-link" title="How the impact of scarce/critical materials can influence the energy transition" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/how-the-impact-of-scarce-critical-materials-can-influence-the-energy-transition">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Antonio Iliceto" href="https://magnusconferences.com/materials-science/speaker/antonio-iliceto"> View Profile </a> <a class="btn btn-light s-links" title="How the impact of scarce/critical materials can influence the energy transition" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/how-the-impact-of-scarce-critical-materials-can-influence-the-energy-transition"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Antonio Pantano, Speaker at Materials Science Conferences" title="Impact of nanoparticles on the mechanical properties of natural fiber biocomposites" src="https://magnusconferences.com/materials-science/uploads/speakers/antonio-pantano-5142.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/impact-of-nanoparticles-on-the-mechanical-properties-of-natural-fiber-biocomposites" title="Impact of nanoparticles on the mechanical properties of natural fiber biocomposites" class="title-link">Impact of nanoparticles on the mechanical properties of natural fiber biocomposites</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/antonio-pantano" title="Antonio Pantano">Antonio Pantano</a>, <span class="designation"> Università degli Studi di Palermo, Italy </span> </h5> <p>Biocomposites represent a constantly growing area of research, due to their great versatility of application and possible valid sustainable alternative to traditional composites. Although natural fiber- reinforced composites have promising mechanical and physical characteristics, [....] » <a class="red-link" title="Impact of nanoparticles on the mechanical properties of natural fiber biocomposites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/impact-of-nanoparticles-on-the-mechanical-properties-of-natural-fiber-biocomposites">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Antonio Pantano" href="https://magnusconferences.com/materials-science/speaker/antonio-pantano"> View Profile </a> <a class="btn btn-light s-links" title="Impact of nanoparticles on the mechanical properties of natural fiber biocomposites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/impact-of-nanoparticles-on-the-mechanical-properties-of-natural-fiber-biocomposites"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Behzad Sadeghi, Speaker at Materials Conferences" title="How hybrid reinforcing of nanocarbons strongly affects the balance between strength and ductility in aluminum matrix composites" src="https://magnusconferences.com/materials-science/uploads/speakers/behzad-sadeghi-2214.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/how-hybrid-reinforcing-of-nanocarbons-strongly-affects-the-balance-between-strength-and-ductility-in-aluminum-matrix-composites" title="How hybrid reinforcing of nanocarbons strongly affects the balance between strength and ductility in aluminum matrix composites" class="title-link">How hybrid reinforcing of nanocarbons strongly affects the balance between strength and ductility in aluminum matrix composites</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/behzad-sadeghi" title="Behzad Sadeghi">Behzad Sadeghi</a>, <span class="designation"> The Erich Schmid Institute of Materials Science (ESI) of the Austrian Academy of Sciences, Austria </span> </h5> <p>Achieving an optimal balance between strength and ductility in aluminum (Al) matrix composites is vital for advanced structural applications. This study investigates the synergistic effects of carbon nanotubes (CNTs) and reduced graphene oxide (RGO) as hybrid reinforcements in Al [....] » <a class="red-link" title="How hybrid reinforcing of nanocarbons strongly affects the balance between strength and ductility in aluminum matrix composites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/how-hybrid-reinforcing-of-nanocarbons-strongly-affects-the-balance-between-strength-and-ductility-in-aluminum-matrix-composites">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Behzad Sadeghi" href="https://magnusconferences.com/materials-science/speaker/behzad-sadeghi"> View Profile </a> <a class="btn btn-light s-links" title="How hybrid reinforcing of nanocarbons strongly affects the balance between strength and ductility in aluminum matrix composites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/how-hybrid-reinforcing-of-nanocarbons-strongly-affects-the-balance-between-strength-and-ductility-in-aluminum-matrix-composites"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Bun Tsuchiya, Speaker at Materials Science and Engineering Congress" title="Dynamic analysis of lithium ion transfer at electrode/solid electrolyte interfaces in all solid state lithium ion batteries under charging condition using ERD technique" src="https://magnusconferences.com/materials-science/uploads/speakers/bun-tsuchiya-6959.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/dynamic-analysis-of-lithium-ion-transfer-at-electrode-solid-electrolyte-interfaces-in-all-solid-state-lithium-ion-batteries-under-charging-condition-using-erd-technique" title="Dynamic analysis of lithium ion transfer at electrode/solid electrolyte interfaces in all solid state lithium ion batteries under charging condition using ERD technique" class="title-link">Dynamic analysis of lithium ion transfer at electrode/solid electrolyte interfaces in all solid state lithium ion batteries under charging condition using ERD technique</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/bun-tsuchiya" title="Bun Tsuchiya">Bun Tsuchiya</a>, <span class="designation"> Meijo University, Japan </span> </h5> <p>An oxide-based solid-state rechargeable lithium ion (Li+) battery is one of the most remarkable next generation devices. To realize the product, it is essential that we have information on the Li+ ion transfer resistance at electrode/solid electrolyte interfaces and grain boundar [....] » <a class="red-link" title="Dynamic analysis of lithium ion transfer at electrode/solid electrolyte interfaces in all solid state lithium ion batteries under charging condition using ERD technique" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/dynamic-analysis-of-lithium-ion-transfer-at-electrode-solid-electrolyte-interfaces-in-all-solid-state-lithium-ion-batteries-under-charging-condition-using-erd-technique">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Bun Tsuchiya" href="https://magnusconferences.com/materials-science/speaker/bun-tsuchiya"> View Profile </a> <a class="btn btn-light s-links" title="Dynamic analysis of lithium ion transfer at electrode/solid electrolyte interfaces in all solid state lithium ion batteries under charging condition using ERD technique" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/dynamic-analysis-of-lithium-ion-transfer-at-electrode-solid-electrolyte-interfaces-in-all-solid-state-lithium-ion-batteries-under-charging-condition-using-erd-technique"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Jimmy Karloopia, Speaker at Materials Conferences" title="In-situ synthesis, mechanical and microstructural properties of TiB2/Al-Si composites" src="https://magnusconferences.com/materials-science/uploads/speakers/jimmy-karloopia-7666.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/in-situ-synthesis-mechanical-and-microstructural-properties-of-tib2-al-si-composites" title="In-situ synthesis, mechanical and microstructural properties of TiB2/Al-Si composites" class="title-link">In-situ synthesis, mechanical and microstructural properties of TiB2/Al-Si composites</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/jimmy-karloopia" title="Jimmy Karloopia">Jimmy Karloopia</a>, <span class="designation"> Punjab Engineering College, India </span> </h5> <p>Aluminum-silicon (Al-Si) based in-situ metal matrix composites were processed using inorganic salts with varying volumetric fractions of Titanium Diboride (TiB2) at 800°C through a stir-casting setup. Compared to the base alloy, these reinforced composites demonstrated signif [....] » <a class="red-link" title="In-situ synthesis, mechanical and microstructural properties of TiB2/Al-Si composites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/in-situ-synthesis-mechanical-and-microstructural-properties-of-tib2-al-si-composites">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Jimmy Karloopia" href="https://magnusconferences.com/materials-science/speaker/jimmy-karloopia"> View Profile </a> <a class="btn btn-light s-links" title="In-situ synthesis, mechanical and microstructural properties of TiB2/Al-Si composites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/in-situ-synthesis-mechanical-and-microstructural-properties-of-tib2-al-si-composites"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Sonal Choudhary, Speaker at Nanotechnology Conferences" title="Sustainable anti-swelling hydrogel for rapid and effective oil spill cleanup in challenging environments: An experimental study of water repellency and oil absorption" src="https://magnusconferences.com/materials-science/uploads/speakers/sonal-choudhary-6603.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/sustainable-anti-swelling-hydrogel-for-rapid-and-effective-oil-spill-cleanup-in-challenging-environments-an-experimental-study-of-water-repellency-and-oil-absorption" title="Sustainable anti-swelling hydrogel for rapid and effective oil spill cleanup in challenging environments: An experimental study of water repellency and oil absorption" class="title-link">Sustainable anti-swelling hydrogel for rapid and effective oil spill cleanup in challenging environments: An experimental study of water repellency and oil absorption</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/sonal-choudhary" title="Sonal Choudhary">Sonal Choudhary</a>, <span class="designation"> Institute of Forensic Science & Criminology, Panjab University, India </span> </h5> <p>Considering the significant harm caused to aquatic ecosystems and marine life by oil spills and the discharge of oily wastewater, there is a persistent requirement to develop more efficient, ecologically approachable, and sustainable methods for oil spill and wastewater cleanup. [....] » <a class="red-link" title="Sustainable anti-swelling hydrogel for rapid and effective oil spill cleanup in challenging environments: An experimental study of water repellency and oil absorption" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/sustainable-anti-swelling-hydrogel-for-rapid-and-effective-oil-spill-cleanup-in-challenging-environments-an-experimental-study-of-water-repellency-and-oil-absorption">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Sonal Choudhary" href="https://magnusconferences.com/materials-science/speaker/sonal-choudhary"> View Profile </a> <a class="btn btn-light s-links" title="Sustainable anti-swelling hydrogel for rapid and effective oil spill cleanup in challenging environments: An experimental study of water repellency and oil absorption" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/sustainable-anti-swelling-hydrogel-for-rapid-and-effective-oil-spill-cleanup-in-challenging-environments-an-experimental-study-of-water-repellency-and-oil-absorption"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Abubakar Umar Birnin Yauri, Speaker at Materials Science Conferences" title="Material properties of paving blocks prepared from polyethylene based plastic waste and natural fibre" src="https://magnusconferences.com/materials-science/uploads/speakers/abubakar-umar-birnin-yauri-7882.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/material-properties-of-paving-blocks-prepared-from-polyethylene-based-plastic-waste-and-natural-fibre" title="Material properties of paving blocks prepared from polyethylene based plastic waste and natural fibre" class="title-link">Material properties of paving blocks prepared from polyethylene based plastic waste and natural fibre</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/abubakar-umar-birnin-yauri" title="Abubakar Umar Birnin Yauri">Abubakar Umar Birnin Yauri</a>, <span class="designation"> Kebbi State University of Science and Technology, Aliero, Nigeria </span> </h5> <p>The current methods of managing plastic waste especially in developing countries have become an issue of environmental and public health concern globally. This has led environmentalists and scientists to work on finding day-to-day activities that can help to reduce the plastic wa [....] » <a class="red-link" title="Material properties of paving blocks prepared from polyethylene based plastic waste and natural fibre" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/material-properties-of-paving-blocks-prepared-from-polyethylene-based-plastic-waste-and-natural-fibre">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Abubakar Umar Birnin Yauri" href="https://magnusconferences.com/materials-science/speaker/abubakar-umar-birnin-yauri"> View Profile </a> <a class="btn btn-light s-links" title="Material properties of paving blocks prepared from polyethylene based plastic waste and natural fibre" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/material-properties-of-paving-blocks-prepared-from-polyethylene-based-plastic-waste-and-natural-fibre"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Bun Tsuchiya, Speaker at Materials Science and Engineering Congress" title="Charging/discharging rates dependences of Li+ Ion migration in all solid state Li+ Ion batteries" src="https://magnusconferences.com/materials-science/uploads/speakers/bun-tsuchiya-6959.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/charging-discharging-rates-dependences-of-li-ion-migration-in-all-solid-state-li-ion-batteries" title="Charging/discharging rates dependences of Li+ Ion migration in all solid state Li+ Ion batteries" class="title-link">Charging/discharging rates dependences of Li+ Ion migration in all solid state Li+ Ion batteries</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/bun-tsuchiya" title="Bun Tsuchiya">Bun Tsuchiya</a>, <span class="designation"> Meijo University, Japan </span> </h5> <p>All-solid-state lithium (Li)-based batteries (ASSB) have been expected as next generation rechargeable batteries. The existing interfaces between positive and negative electrodes/solid electrolyte (SE) have the highest resistance for the Li+ ion migration in ASSB and dominate a s [....] » <a class="red-link" title="Charging/discharging rates dependences of Li+ Ion migration in all solid state Li+ Ion batteries" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/charging-discharging-rates-dependences-of-li-ion-migration-in-all-solid-state-li-ion-batteries">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Bun Tsuchiya" href="https://magnusconferences.com/materials-science/speaker/bun-tsuchiya"> View Profile </a> <a class="btn btn-light s-links" title="Charging/discharging rates dependences of Li+ Ion migration in all solid state Li+ Ion batteries" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/charging-discharging-rates-dependences-of-li-ion-migration-in-all-solid-state-li-ion-batteries"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Vikash Kumar Chauhan, Speaker at Materials Science Conferences" title="Brackish water treatment by interfacial thermal desalination using a novel sustainable organic material for tropical regions" src="https://magnusconferences.com/materials-science/uploads/speakers/vikash-kumar-chauhan-2141.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/brackish-water-treatment-by-interfacial-thermal-desalination-using-a-novel-sustainable-organic-material-for-tropical-regions" title="Brackish water treatment by interfacial thermal desalination using a novel sustainable organic material for tropical regions" class="title-link">Brackish water treatment by interfacial thermal desalination using a novel sustainable organic material for tropical regions</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/vikash-kumar-chauhan" title="Vikash Kumar Chauhan">Vikash Kumar Chauhan</a>, <span class="designation"> Indian Institute of Technology Bombay, India </span> </h5> <p>The main vertical to achieve this availability of freshwater and sanitation. The issue of water scarcity is no longer a future concern; it is already affecting billions of individuals daily. India has around 4% of these freshwater resources to support around 18% of the world' [....] » <a class="red-link" title="Brackish water treatment by interfacial thermal desalination using a novel sustainable organic material for tropical regions" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/brackish-water-treatment-by-interfacial-thermal-desalination-using-a-novel-sustainable-organic-material-for-tropical-regions">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Vikash Kumar Chauhan" href="https://magnusconferences.com/materials-science/speaker/vikash-kumar-chauhan"> View Profile </a> <a class="btn btn-light s-links" title="Brackish water treatment by interfacial thermal desalination using a novel sustainable organic material for tropical regions" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/brackish-water-treatment-by-interfacial-thermal-desalination-using-a-novel-sustainable-organic-material-for-tropical-regions"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Kousik Pradhan, Speaker at Materials Science and Engineering Congress" title="Enhancing the heat transfer efficiency of a solar still desalination unit by the utilization of cobalt ferrite coating for sustainable wastewater treatment" src="https://magnusconferences.com/materials-science/uploads/speakers/kousik-pradhan-3483.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/enhancing-the-heat-transfer-efficiency-of-a-solar-still-desalination-unit-by-the-utilization-of-cobalt-ferrite-coating-for-sustainable-wastewater-treatment" title="Enhancing the heat transfer efficiency of a solar still desalination unit by the utilization of cobalt ferrite coating for sustainable wastewater treatment" class="title-link">Enhancing the heat transfer efficiency of a solar still desalination unit by the utilization of cobalt ferrite coating for sustainable wastewater treatment</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/kousik-pradhan" title="Kousik Pradhan">Kousik Pradhan</a>, <span class="designation"> Indian Institute of Technology Bombay, India </span> </h5> <p>Solar energy is a highly efficient kind of renewable energy with several environmentally beneficial applications. In the realm of sustainable development, solar desalination is swiftly becoming the favored method for mitigating water scarcity. Improving the effectiveness of econo [....] » <a class="red-link" title="Enhancing the heat transfer efficiency of a solar still desalination unit by the utilization of cobalt ferrite coating for sustainable wastewater treatment" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/enhancing-the-heat-transfer-efficiency-of-a-solar-still-desalination-unit-by-the-utilization-of-cobalt-ferrite-coating-for-sustainable-wastewater-treatment">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Kousik Pradhan" href="https://magnusconferences.com/materials-science/speaker/kousik-pradhan"> View Profile </a> <a class="btn btn-light s-links" title="Enhancing the heat transfer efficiency of a solar still desalination unit by the utilization of cobalt ferrite coating for sustainable wastewater treatment" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/enhancing-the-heat-transfer-efficiency-of-a-solar-still-desalination-unit-by-the-utilization-of-cobalt-ferrite-coating-for-sustainable-wastewater-treatment"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Jamal Zimou, Speaker at Materials Science Conferences" title="Experimental and numerical study of Ce1-xFexO2 thin films for photovoltaic applications" src="https://magnusconferences.com/materials-science/assets-front/images/dummy-image.JPG" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/experimental-and-numerical-study-of-ce1-xfexo2-thin-films-for-photovoltaic-applications" title="Experimental and numerical study of Ce1-xFexO2 thin films for photovoltaic applications" class="title-link">Experimental and numerical study of Ce1-xFexO2 thin films for photovoltaic applications</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/jamal-zimou" title="Jamal Zimou">Jamal Zimou</a>, <span class="designation"> Ibn Tofail University, Morocco </span> </h5> <p>This work focuses on the synthesis and characterization of undopedand Fe-doped Cerium dioxide thin films. Moreover, it focuses on the numerical simulation of the CeO2-based solar cell using the SCAPS-1D software. The undoped and Fe-doped Cerium dioxide thin films at different [....] » <a class="red-link" title="Experimental and numerical study of Ce1-xFexO2 thin films for photovoltaic applications" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/experimental-and-numerical-study-of-ce1-xfexo2-thin-films-for-photovoltaic-applications">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Jamal Zimou" href="https://magnusconferences.com/materials-science/speaker/jamal-zimou"> View Profile </a> <a class="btn btn-light s-links" title="Experimental and numerical study of Ce1-xFexO2 thin films for photovoltaic applications" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/experimental-and-numerical-study-of-ce1-xfexo2-thin-films-for-photovoltaic-applications"> View Abstract </a> </div> </div> </div> </div> </div> <div class="tab-pane " id="event_1"> <div class="comments"> <div class="comment border-bottom"> <div class="image"> <img alt="Yanfang Gao, Speaker at Materials Science and Engineering Congress" title="Melamine-derived high-graphite carbon hollow tubular Fe-N/C catalyzed alkaline oxygen reduction reaction" src="https://magnusconferences.com/materials-science/uploads/speakers/yanfang-gao-3140.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/melamine-derived-high-graphite-carbon-hollow-tubular-fe-n-c-catalyzed-alkaline-oxygen-reduction-reaction" title="Melamine-derived high-graphite carbon hollow tubular Fe-N/C catalyzed alkaline oxygen reduction reaction" class="title-link">Melamine-derived high-graphite carbon hollow tubular Fe-N/C catalyzed alkaline oxygen reduction reaction</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/yanfang-gao" title="Yanfang Gao">Yanfang Gao</a>, <span class="designation"> Inner Mongolia University of Technology, China </span> </h5> <p>The Pt/C catalysts used to catalyze ORR are limited by their low reserves, high cost, and poor stability. Melamine is famous for its high nitrogen content and low cost. Herein, melamine, as a nitrogen source, was combined with ferric salt and citric acid to synthesize high-perfor [....] » <a class="red-link" title="Melamine-derived high-graphite carbon hollow tubular Fe-N/C catalyzed alkaline oxygen reduction reaction" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/melamine-derived-high-graphite-carbon-hollow-tubular-fe-n-c-catalyzed-alkaline-oxygen-reduction-reaction">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Yanfang Gao" href="https://magnusconferences.com/materials-science/speaker/yanfang-gao"> View Profile </a> <a class="btn btn-light s-links" title="Melamine-derived high-graphite carbon hollow tubular Fe-N/C catalyzed alkaline oxygen reduction reaction" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/melamine-derived-high-graphite-carbon-hollow-tubular-fe-n-c-catalyzed-alkaline-oxygen-reduction-reaction"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Benahmed Abdessamade, Speaker at Materials Conferences" title="Cellulose acetate-g-polycaprolactone copolymerization using diisocyanate intermediates and the effect of polymer chain length on surface, thermal and antibacterial properties" src="https://magnusconferences.com/materials-science/uploads/speakers/benahmed-abdessamade-2959.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/cellulose-acetate-g-polycaprolactone-copolymerization-using-diisocyanate-intermediates-and-the-effect-of-polymer-chain-length-on-surface-thermal-and-antibacterial-properties" title="Cellulose acetate-g-polycaprolactone copolymerization using diisocyanate intermediates and the effect of polymer chain length on surface, thermal and antibacterial properties" class="title-link">Cellulose acetate-g-polycaprolactone copolymerization using diisocyanate intermediates and the effect of polymer chain length on surface, thermal and antibacterial properties</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/benahmed-abdessamade" title="Benahmed Abdessamade">Benahmed Abdessamade</a>, <span class="designation"> Mohammed First University, Morocco </span> </h5> <p>The need for biodegradable and biocompatible polymers is growing quickly, particularly in the biomedical and environmental industries. Cellulose acetate, a natural polysaccharide, can be taken from plants and modified with polycaprolactone to improve its characteristics for a num [....] » <a class="red-link" title="Cellulose acetate-g-polycaprolactone copolymerization using diisocyanate intermediates and the effect of polymer chain length on surface, thermal and antibacterial properties" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/cellulose-acetate-g-polycaprolactone-copolymerization-using-diisocyanate-intermediates-and-the-effect-of-polymer-chain-length-on-surface-thermal-and-antibacterial-properties">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Benahmed Abdessamade" href="https://magnusconferences.com/materials-science/speaker/benahmed-abdessamade"> View Profile </a> <a class="btn btn-light s-links" title="Cellulose acetate-g-polycaprolactone copolymerization using diisocyanate intermediates and the effect of polymer chain length on surface, thermal and antibacterial properties" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/cellulose-acetate-g-polycaprolactone-copolymerization-using-diisocyanate-intermediates-and-the-effect-of-polymer-chain-length-on-surface-thermal-and-antibacterial-properties"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Marut Johnson Josiah, Speaker at Materials Conferences" title="Framework towards utilisation of sustainable building materials in the Nigerian construction industry" src="https://magnusconferences.com/materials-science/uploads/speakers/marut-johnson-josiah-6471.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/framework-towards-utilisation-of-sustainable-building-materials-in-the-nigerian-construction-industry" title="Framework towards utilisation of sustainable building materials in the Nigerian construction industry" class="title-link">Framework towards utilisation of sustainable building materials in the Nigerian construction industry</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/marut-johnson-josiah" title="Marut Johnson Josiah">Marut Johnson Josiah</a>, <span class="designation"> Plateau State University, Bokkos, Nigeria </span> </h5> <p>There is a notable absence of research on the framework towards utilisation of sustainable building materials in the Nigerian construction industry. This research aims to develop a framework for the stakeholders' utilisation of sustainable building materials in the Nigerian c [....] » <a class="red-link" title="Framework towards utilisation of sustainable building materials in the Nigerian construction industry" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/framework-towards-utilisation-of-sustainable-building-materials-in-the-nigerian-construction-industry">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Marut Johnson Josiah" href="https://magnusconferences.com/materials-science/speaker/marut-johnson-josiah"> View Profile </a> <a class="btn btn-light s-links" title="Framework towards utilisation of sustainable building materials in the Nigerian construction industry" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/framework-towards-utilisation-of-sustainable-building-materials-in-the-nigerian-construction-industry"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Sesugh Emmanuel Tile, Speaker at Materials Conferences" title="Mechanical characterization of woven raffia palm fibre-groundnut shell epoxy hybrid composite for prosthetic socket applications" src="https://magnusconferences.com/materials-science/uploads/speakers/sesugh-emmanuel-tile-9071.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/mechanical-characterization-of-woven-raffia-palm-fibre-groundnut-shell-epoxy-hybrid-composite-for-prosthetic-socket-applications" title="Mechanical characterization of woven raffia palm fibre-groundnut shell epoxy hybrid composite for prosthetic socket applications" class="title-link">Mechanical characterization of woven raffia palm fibre-groundnut shell epoxy hybrid composite for prosthetic socket applications</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/sesugh-emmanuel-tile" title="Sesugh Emmanuel Tile">Sesugh Emmanuel Tile</a>, <span class="designation"> Joseph Sarwuan Tarka University Makurdi, Nigeria </span> </h5> <p>Prosthetic sockets produced from synthetic fibre reinforced composites have good mechanical properties however, the use of glass fibre in prosthetic sockets have negative side effects. The presence of fibre glass causes sensitivity to the skin (skin itch) of the user of the prost [....] » <a class="red-link" title="Mechanical characterization of woven raffia palm fibre-groundnut shell epoxy hybrid composite for prosthetic socket applications" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/mechanical-characterization-of-woven-raffia-palm-fibre-groundnut-shell-epoxy-hybrid-composite-for-prosthetic-socket-applications">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Sesugh Emmanuel Tile" href="https://magnusconferences.com/materials-science/speaker/sesugh-emmanuel-tile"> View Profile </a> <a class="btn btn-light s-links" title="Mechanical characterization of woven raffia palm fibre-groundnut shell epoxy hybrid composite for prosthetic socket applications" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/mechanical-characterization-of-woven-raffia-palm-fibre-groundnut-shell-epoxy-hybrid-composite-for-prosthetic-socket-applications"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Osarumwense Peter Osarodion, Speaker at Materials Science and Engineering Congress" title="Synthesis, analgesic activity of 3-amino 4,5-dimethoxyl-2-methyl quinazolin-4(3H)-one an amino-6-methoxyl-2-methyl of 4H–benzo[d] [1,3]–oxazine–4–one" src="https://magnusconferences.com/materials-science/uploads/speakers/osarumwense-peter-osarodion-8447.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/synthesis-analgesic-activity-of-3-amino-4-5-dimethoxyl-2-methyl-quinazolin-4-3h-one-an-amino-6-methoxyl-2-methyl-of-4h-benzo-d-1-3-oxazine-4-one" title="Synthesis, analgesic activity of 3-amino 4,5-dimethoxyl-2-methyl quinazolin-4(3H)-one an amino-6-methoxyl-2-methyl of 4H–benzo[d] [1,3]–oxazine–4–one" class="title-link">Synthesis, analgesic activity of 3-amino 4,5-dimethoxyl-2-methyl quinazolin-4(3H)-one an amino-6-methoxyl-2-methyl of 4H–benzo[d] [1,3]–oxazine–4–one</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/osarumwense-peter-osarodion" title="Osarumwense Peter Osarodion">Osarumwense Peter Osarodion</a>, <span class="designation"> Chemical Sciences, Nigeria </span> </h5> <p>Introduction: The rapid a d appearance of antibiotic resistant strains t ns today and m nd misuse of antibiotics and more Quinazolinone ring sy ng system was rewarded as a s a promising m ng molecule because of its br s broad spectrum of biological&n [....] » <a class="red-link" title="Synthesis, analgesic activity of 3-amino 4,5-dimethoxyl-2-methyl quinazolin-4(3H)-one an amino-6-methoxyl-2-methyl of 4H–benzo[d] [1,3]–oxazine–4–one" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/synthesis-analgesic-activity-of-3-amino-4-5-dimethoxyl-2-methyl-quinazolin-4-3h-one-an-amino-6-methoxyl-2-methyl-of-4h-benzo-d-1-3-oxazine-4-one">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Osarumwense Peter Osarodion" href="https://magnusconferences.com/materials-science/speaker/osarumwense-peter-osarodion"> View Profile </a> <a class="btn btn-light s-links" title="Synthesis, analgesic activity of 3-amino 4,5-dimethoxyl-2-methyl quinazolin-4(3H)-one an amino-6-methoxyl-2-methyl of 4H–benzo[d] [1,3]–oxazine–4–one" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/synthesis-analgesic-activity-of-3-amino-4-5-dimethoxyl-2-methyl-quinazolin-4-3h-one-an-amino-6-methoxyl-2-methyl-of-4h-benzo-d-1-3-oxazine-4-one"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Jamal Davoodi, Speaker at Materials Science Conferences" title="The investigation of mechanical properties of titanium carbide MXene/graphene heterostructure" src="https://magnusconferences.com/materials-science/uploads/speakers/jamal-davoodi-3599.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/the-investigation-of-mechanical-properties-of-titanium-carbide-mxene-graphene-heterostructure" title="The investigation of mechanical properties of titanium carbide MXene/graphene heterostructure" class="title-link">The investigation of mechanical properties of titanium carbide MXene/graphene heterostructure</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/jamal-davoodi" title="Jamal Davoodi">Jamal Davoodi</a>, <span class="designation"> University of Zanjan, Iran (Islamic Republic of) </span> </h5> <p>Recently, a large family of two dimensional transition metal carbides and nitrides, called MXenes, become interest due to their important applications, such as Li ion batteries, electrocatalysis and supercapacitors. MXenes have a public formula of Mn+1XnTx (n=1, 2 or 3). which M [....] » <a class="red-link" title="The investigation of mechanical properties of titanium carbide MXene/graphene heterostructure" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/the-investigation-of-mechanical-properties-of-titanium-carbide-mxene-graphene-heterostructure">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Jamal Davoodi" href="https://magnusconferences.com/materials-science/speaker/jamal-davoodi"> View Profile </a> <a class="btn btn-light s-links" title="The investigation of mechanical properties of titanium carbide MXene/graphene heterostructure" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/the-investigation-of-mechanical-properties-of-titanium-carbide-mxene-graphene-heterostructure"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Mohammad Ali Foyouzat, Speaker at Materials Science and Engineering Conference" title="A semi-analytical solution for the dynamic analysis of a rectangular viscoelastic plate subjected to a moving inertial load" src="https://magnusconferences.com/materials-science/uploads/speakers/mohammad-ali-foyouzat-7124.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/a-semi-analytical-solution-for-the-dynamic-analysis-of-a-rectangular-viscoelastic-plate-subjected-to-a-moving-inertial-load" title="A semi-analytical solution for the dynamic analysis of a rectangular viscoelastic plate subjected to a moving inertial load" class="title-link">A semi-analytical solution for the dynamic analysis of a rectangular viscoelastic plate subjected to a moving inertial load</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/mohammad-ali-foyouzat" title="Mohammad Ali Foyouzat">Mohammad Ali Foyouzat</a>, <span class="designation"> Sharif University of Technology, Iran (Islamic Republic of) </span> </h5> <p>A semi-analytical method is developed to determine the response of a thin rectangular plate made of a general viscoelastic material to the excitation of a moving inertial load. The governing equation of the general problem is derived in the Laplace domain, which, for any particul [....] » <a class="red-link" title="A semi-analytical solution for the dynamic analysis of a rectangular viscoelastic plate subjected to a moving inertial load" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/a-semi-analytical-solution-for-the-dynamic-analysis-of-a-rectangular-viscoelastic-plate-subjected-to-a-moving-inertial-load">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Mohammad Ali Foyouzat" href="https://magnusconferences.com/materials-science/speaker/mohammad-ali-foyouzat"> View Profile </a> <a class="btn btn-light s-links" title="A semi-analytical solution for the dynamic analysis of a rectangular viscoelastic plate subjected to a moving inertial load" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/a-semi-analytical-solution-for-the-dynamic-analysis-of-a-rectangular-viscoelastic-plate-subjected-to-a-moving-inertial-load"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Leonard Mwaikambo, Speaker at Materials Science Conferences" title="Plant fibre reinforced CNSL composites" src="https://magnusconferences.com/materials-science/uploads/speakers/leonard-mwaikambo-1340.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/plant-fibre-reinforced-cnsl-composites" title="Plant fibre reinforced CNSL composites" class="title-link">Plant fibre reinforced CNSL composites</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/leonard-mwaikambo" title="Leonard Mwaikambo">Leonard Mwaikambo</a>, <span class="designation"> University of Dar es Salaam, Tanzania, United Republic of </span> </h5> <p>Rapeseed oil which is a triglyceride had undergone chemical modification on its structure to obtain hydroxyl groups. The hydroxylated chemical structure was crosslinked using methylene-p-phenyl diisocyanate to produce a thermoset rapeseed oil resin. The cross- linking process was [....] » <a class="red-link" title="Plant fibre reinforced CNSL composites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/plant-fibre-reinforced-cnsl-composites">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Leonard Mwaikambo" href="https://magnusconferences.com/materials-science/speaker/leonard-mwaikambo"> View Profile </a> <a class="btn btn-light s-links" title="Plant fibre reinforced CNSL composites" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/plant-fibre-reinforced-cnsl-composites"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Mohammad Ranjbar, Speaker at Materials Conferences" title="Removal of oily pollutants from water using ZIF-8/carbon fiber nanostructure: Experimental Investigation and artificial intelligence modeling" src="https://magnusconferences.com/materials-science/uploads/speakers/mohammad-ranjbar-6723.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/removal-of-oily-pollutants-from-water-using-zif-8-carbon-fiber-nanostructure-experimental-investigation-and-artificial-intelligence-modeling" title="Removal of oily pollutants from water using ZIF-8/carbon fiber nanostructure: Experimental Investigation and artificial intelligence modeling" class="title-link">Removal of oily pollutants from water using ZIF-8/carbon fiber nanostructure: Experimental Investigation and artificial intelligence modeling</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/mohammad-ranjbar" title="Mohammad Ranjbar">Mohammad Ranjbar</a>, <span class="designation"> Shahid Bahonar University of Kerman, Iran (Islamic Republic of) </span> </h5> <p>Crude oil spills are inevitable during extraction and transportation processes, leading to severe and widespread impacts on seawater and rivers, ultimately contributing to environmental degradation. Therefore, the study of the removal of crude oil spills and oily pollutants has b [....] » <a class="red-link" title="Removal of oily pollutants from water using ZIF-8/carbon fiber nanostructure: Experimental Investigation and artificial intelligence modeling" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/removal-of-oily-pollutants-from-water-using-zif-8-carbon-fiber-nanostructure-experimental-investigation-and-artificial-intelligence-modeling">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Mohammad Ranjbar" href="https://magnusconferences.com/materials-science/speaker/mohammad-ranjbar"> View Profile </a> <a class="btn btn-light s-links" title="Removal of oily pollutants from water using ZIF-8/carbon fiber nanostructure: Experimental Investigation and artificial intelligence modeling" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/removal-of-oily-pollutants-from-water-using-zif-8-carbon-fiber-nanostructure-experimental-investigation-and-artificial-intelligence-modeling"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Xin Zhang, Speaker at Materials Science Conferences" title="Fe doped MoS2 nanozymes for sensitive determination of H2O2 in milk" src="https://magnusconferences.com/materials-science/assets-front/images/dummy-image.JPG" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/fe-doped-mos2-nanozymes-for-sensitive-determination-of-h2o2-in-milk" title="Fe doped MoS2 nanozymes for sensitive determination of H2O2 in milk" class="title-link">Fe doped MoS2 nanozymes for sensitive determination of H2O2 in milk</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/xin-zhang" title="Xin Zhang">Xin Zhang</a>, <span class="designation"> Inner Mongolia University of Technology, China </span> </h5> <p>In recent years, due to its unique physical and chemical properties, molybdenum disulfide (MoS2) has been dubbed nanozyme and is widely used in the fields of biomedicine, antibacterial applications, biosensors and so on. In this paper, Fe-doped MoS2 was synthesized by a simple hy [....] » <a class="red-link" title="Fe doped MoS2 nanozymes for sensitive determination of H2O2 in milk" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/fe-doped-mos2-nanozymes-for-sensitive-determination-of-h2o2-in-milk">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Xin Zhang" href="https://magnusconferences.com/materials-science/speaker/xin-zhang"> View Profile </a> <a class="btn btn-light s-links" title="Fe doped MoS2 nanozymes for sensitive determination of H2O2 in milk" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/fe-doped-mos2-nanozymes-for-sensitive-determination-of-h2o2-in-milk"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Abdullah Secgin, Speaker at Materials Science Conferences" title="Homogenization of acoustic metamaterials via effective medium theory" src="https://magnusconferences.com/materials-science/assets-front/images/dummy-image.JPG" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/homogenization-of-acoustic-metamaterials-via-effective-medium-theory" title="Homogenization of acoustic metamaterials via effective medium theory" class="title-link">Homogenization of acoustic metamaterials via effective medium theory</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/abdullah-secgin" title="Abdullah Secgin">Abdullah Secgin</a>, <span class="designation"> Dokuz Eylül University, Turkey </span> </h5> <p>Noise from machinery presents significant challenges affecting human health, the environment, and machine performance. Effective noise insulation is essential in applications such as buildings, vehicles, air and ventilation systems, household appliances, machines, generators and [....] » <a class="red-link" title="Homogenization of acoustic metamaterials via effective medium theory" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/homogenization-of-acoustic-metamaterials-via-effective-medium-theory">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Abdullah Secgin" href="https://magnusconferences.com/materials-science/speaker/abdullah-secgin"> View Profile </a> <a class="btn btn-light s-links" title="Homogenization of acoustic metamaterials via effective medium theory" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/homogenization-of-acoustic-metamaterials-via-effective-medium-theory"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Elmehdi Majdi, Speaker at Materials Science Conferences" title="Experimental and theoretical investigation of 2-Methyl-6-Nitroanilinium Hydrogen Sulfate: Synthesis, structural, spectroscopic, and quantum chemical properties" src="https://magnusconferences.com/materials-science/assets-front/images/dummy-image.JPG" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/experimental-and-theoretical-investigation-of-2-methyl-6-nitroanilinium-hydrogen-sulfate-synthesis-structural-spectroscopic-and-quantum-chemical-properties" title="Experimental and theoretical investigation of 2-Methyl-6-Nitroanilinium Hydrogen Sulfate: Synthesis, structural, spectroscopic, and quantum chemical properties" class="title-link">Experimental and theoretical investigation of 2-Methyl-6-Nitroanilinium Hydrogen Sulfate: Synthesis, structural, spectroscopic, and quantum chemical properties</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/elmehdi-majdi" title="Elmehdi Majdi">Elmehdi Majdi</a>, <span class="designation"> Hassan II University of Casablanca, Morocco </span> </h5> <p>A novel compound, 2-methyl-6-nitroanilinium hydrogen sulfate (C7H9N2O2)HSO4, has been investigated using single-crystal X-ray diffraction and infrared spectroscopy techniques. The quantum chemical properties of this compound are computationally studied via B3LYP, 3D-MEPs and HAS [....] » <a class="red-link" title="Experimental and theoretical investigation of 2-Methyl-6-Nitroanilinium Hydrogen Sulfate: Synthesis, structural, spectroscopic, and quantum chemical properties" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/experimental-and-theoretical-investigation-of-2-methyl-6-nitroanilinium-hydrogen-sulfate-synthesis-structural-spectroscopic-and-quantum-chemical-properties">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Elmehdi Majdi" href="https://magnusconferences.com/materials-science/speaker/elmehdi-majdi"> View Profile </a> <a class="btn btn-light s-links" title="Experimental and theoretical investigation of 2-Methyl-6-Nitroanilinium Hydrogen Sulfate: Synthesis, structural, spectroscopic, and quantum chemical properties" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/experimental-and-theoretical-investigation-of-2-methyl-6-nitroanilinium-hydrogen-sulfate-synthesis-structural-spectroscopic-and-quantum-chemical-properties"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Ouedraogo Tongonmanegde Leonard, Speaker at Materials Science Conferences" title="Green synthesis and application of silver nanoparticles using Combretum Micranthum leaves extract" src="https://magnusconferences.com/materials-science/uploads/speakers/ouedraogo-tongonmanegde-leonard-5694.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/green-synthesis-and-application-of-silver-nanoparticles-using-combretum-micranthum-leaves-extract" title="Green synthesis and application of silver nanoparticles using Combretum Micranthum leaves extract" class="title-link">Green synthesis and application of silver nanoparticles using Combretum Micranthum leaves extract</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/ouedraogo-tongonmanegde-leonard" title="Ouedraogo Tongonmanegde Leonard">Ouedraogo Tongonmanegde Leonard</a>, <span class="designation"> University Joseph KI-ZERBO, Burkina Faso </span> </h5> <p>Nanomaterials are an important part of the rapidly expanding field of nanoscience. Size reduction can lead to a range of new physico-chemical properties, rich in potential applications. Access to these nanoscale entities requires the development of suitable elaboration methods. C [....] » <a class="red-link" title="Green synthesis and application of silver nanoparticles using Combretum Micranthum leaves extract" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/green-synthesis-and-application-of-silver-nanoparticles-using-combretum-micranthum-leaves-extract">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Ouedraogo Tongonmanegde Leonard" href="https://magnusconferences.com/materials-science/speaker/ouedraogo-tongonmanegde-leonard"> View Profile </a> <a class="btn btn-light s-links" title="Green synthesis and application of silver nanoparticles using Combretum Micranthum leaves extract" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/green-synthesis-and-application-of-silver-nanoparticles-using-combretum-micranthum-leaves-extract"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Ibrahim Abdelkarim Saad Abdelkader, Speaker at Materials Science and Engineering Congress" title="Design and implementation of three-phase frequency converter for aircraft ground stations using higher switching speeds switches " src="https://magnusconferences.com/materials-science/assets-front/images/dummy-image.JPG" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/design-and-implementation-of-three-phase-frequency-converter-for-aircraft-ground-stations-using-higher-switching-speeds-switches" title="Design and implementation of three-phase frequency converter for aircraft ground stations using higher switching speeds switches " class="title-link">Design and implementation of three-phase frequency converter for aircraft ground stations using higher switching speeds switches </a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/ibrahim-abdelkarim-saad-abdelkader" title="Ibrahim Abdelkarim Saad Abdelkader">Ibrahim Abdelkarim Saad Abdelkader</a>, <span class="designation"> General Electricity Company of Libya Green, Libyan Arab Jamahiriya </span> </h5> <p>The silicon insulated gate bipolar devices (silicon IGBTs) are typically employed in construction of Traditional High frequency converter cabinet (THFCC), which are used to integrate utility grid with aircraft ground stations. Due to the physical limitations of silicon switches, [....] » <a class="red-link" title="Design and implementation of three-phase frequency converter for aircraft ground stations using higher switching speeds switches " href="https://magnusconferences.com/materials-science/program/scientific-program/2025/design-and-implementation-of-three-phase-frequency-converter-for-aircraft-ground-stations-using-higher-switching-speeds-switches">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Ibrahim Abdelkarim Saad Abdelkader" href="https://magnusconferences.com/materials-science/speaker/ibrahim-abdelkarim-saad-abdelkader"> View Profile </a> <a class="btn btn-light s-links" title="Design and implementation of three-phase frequency converter for aircraft ground stations using higher switching speeds switches " href="https://magnusconferences.com/materials-science/program/scientific-program/2025/design-and-implementation-of-three-phase-frequency-converter-for-aircraft-ground-stations-using-higher-switching-speeds-switches"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Sergei M Zuev, Speaker at Materials Science Conferences" title="Modeling defect formation processes in metal-semiconductor structures considering heat transfer with the environment" src="https://magnusconferences.com/materials-science/uploads/speakers/sergei-m-zuev-7092.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/modeling-defect-formation-processes-in-metal-semiconductor-structures-considering-heat-transfer-with-the-environment" title="Modeling defect formation processes in metal-semiconductor structures considering heat transfer with the environment" class="title-link">Modeling defect formation processes in metal-semiconductor structures considering heat transfer with the environment</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/sergei-m-zuev" title="Sergei M Zuev">Sergei M Zuev</a>, <span class="designation"> MIREA - Russian Technological University (RTU MIREA), Russian Federation </span> </h5> <p>The work presents mechanisms that describe the processes of heat transfer in the system metal film - dielectric substrate located in an air environment. At the metal-substrate interface, the thermal conduction mechanism predominates, and at the metal-air interface, the convective [....] » <a class="red-link" title="Modeling defect formation processes in metal-semiconductor structures considering heat transfer with the environment" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/modeling-defect-formation-processes-in-metal-semiconductor-structures-considering-heat-transfer-with-the-environment">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Sergei M Zuev" href="https://magnusconferences.com/materials-science/speaker/sergei-m-zuev"> View Profile </a> <a class="btn btn-light s-links" title="Modeling defect formation processes in metal-semiconductor structures considering heat transfer with the environment" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/modeling-defect-formation-processes-in-metal-semiconductor-structures-considering-heat-transfer-with-the-environment"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Rawia, Speaker at Materials Science Conferences" title="Physical properties and photocatalytic activities under solar light of NaLi1.07Co2.94(MoO4)5 nanoparticles" src="https://magnusconferences.com/materials-science/uploads/speakers/rawia-8170.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (In-Person)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/physical-properties-and-photocatalytic-activities-under-solar-light-of-nali1-07co2-94-moo4-5-nanoparticles" title="Physical properties and photocatalytic activities under solar light of NaLi1.07Co2.94(MoO4)5 nanoparticles" class="title-link">Physical properties and photocatalytic activities under solar light of NaLi1.07Co2.94(MoO4)5 nanoparticles</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/rawia" title="Rawia">Rawia</a>, <span class="designation"> University of Tunis Elmanar, Tunisia </span> </h5> <p>In this work, we report the photocatalytic degradation of Acid Brown dye (AB) found in leather industry wastewater under sunlight and in presence of new prepared nanoparticles. The new photocatalyst has been synthesized by a solid state reaction method and from the mixture of Na2 [....] » <a class="red-link" title="Physical properties and photocatalytic activities under solar light of NaLi1.07Co2.94(MoO4)5 nanoparticles" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/physical-properties-and-photocatalytic-activities-under-solar-light-of-nali1-07co2-94-moo4-5-nanoparticles">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Rawia" href="https://magnusconferences.com/materials-science/speaker/rawia"> View Profile </a> <a class="btn btn-light s-links" title="Physical properties and photocatalytic activities under solar light of NaLi1.07Co2.94(MoO4)5 nanoparticles" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/physical-properties-and-photocatalytic-activities-under-solar-light-of-nali1-07co2-94-moo4-5-nanoparticles"> View Abstract </a> </div> </div> </div> </div> </div> <div class="tab-pane " id="event_2"> <div class="comments"> <div class="comment border-bottom"> <div class="image"> <img alt="Richard J Spontak, Speaker at Materials Science Conferences" title="On the versatility of charged thermoplastic elastomers in the environment, energy and healthcare sectors" src="https://magnusconferences.com/materials-science/uploads/speakers/richard-j-spontak-3066.jpg" class="avatar"> </div> <div class="text"> <div class="point">Keynote Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/on-the-versatility-of-charged-thermoplastic-elastomers-in-the-environment-energy-and-healthcare-sectors" title="On the versatility of charged thermoplastic elastomers in the environment, energy and healthcare sectors" class="title-link">On the versatility of charged thermoplastic elastomers in the environment, energy and healthcare sectors</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/richard-j-spontak" title="Richard J Spontak">Richard J Spontak</a>, <span class="designation"> North Carolina State University, United States </span> </h5> <p>Thermoplastic elastomers (TPEs) are segmented macromolecules that effectively combine the processability of thermoplastics with the elasticity of elastomers, and  charged TPEs (cTPEs) incorporate a segment that is either anionic or cationic. The cTPEs examined in this presen [....] » <a class="red-link" title="On the versatility of charged thermoplastic elastomers in the environment, energy and healthcare sectors" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/on-the-versatility-of-charged-thermoplastic-elastomers-in-the-environment-energy-and-healthcare-sectors">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Richard J Spontak" href="https://magnusconferences.com/materials-science/speaker/richard-j-spontak"> View Profile </a> <a class="btn btn-light s-links" title="On the versatility of charged thermoplastic elastomers in the environment, energy and healthcare sectors" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/on-the-versatility-of-charged-thermoplastic-elastomers-in-the-environment-energy-and-healthcare-sectors"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Harry Ruda, Speaker at Materials Science Conferences" title="Harnessing the unique transport properties of InAs nanowires for single molecule level sensing" src="https://magnusconferences.com/materials-science/uploads/speakers/harry-ruda-8613.jpg" class="avatar"> </div> <div class="text"> <div class="point">Keynote Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/harnessing-the-unique-transport-properties-of-inas-nanowires-for-single-molecule-level-sensing" title="Harnessing the unique transport properties of InAs nanowires for single molecule level sensing" class="title-link">Harnessing the unique transport properties of InAs nanowires for single molecule level sensing</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/harry-ruda" title="Harry Ruda">Harry Ruda</a>, <span class="designation"> University of Toronto, Canada </span> </h5> <p>In 1964 Wagner and Ellis presented the first paper on fabrication of micron-scale semiconductor whiskers. Our group was one of the first to apply their ideas in the late 1990’s to realise nanowires with diameters of tens of nanometers. We show how strong dielectric confinem [....] » <a class="red-link" title="Harnessing the unique transport properties of InAs nanowires for single molecule level sensing" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/harnessing-the-unique-transport-properties-of-inas-nanowires-for-single-molecule-level-sensing">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Harry Ruda" href="https://magnusconferences.com/materials-science/speaker/harry-ruda"> View Profile </a> <a class="btn btn-light s-links" title="Harnessing the unique transport properties of InAs nanowires for single molecule level sensing" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/harnessing-the-unique-transport-properties-of-inas-nanowires-for-single-molecule-level-sensing"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Paulo Cesar De Morais, Speaker at Materials Science Conferences" title="Exploring graphene oxide nanocomposites in cancer therapy" src="https://magnusconferences.com/materials-science/uploads/speakers/paulo-cesar-de-morais-6385.jpg" class="avatar"> </div> <div class="text"> <div class="point">Keynote Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-graphene-oxide-nanocomposites-in-cancer-therapy" title="Exploring graphene oxide nanocomposites in cancer therapy" class="title-link">Exploring graphene oxide nanocomposites in cancer therapy</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/paulo-cesar-de-morais" title="Paulo Cesar De Morais">Paulo Cesar De Morais</a>, <span class="designation"> Catholic University of Brasilia, Brazil </span> </h5> <p>In this keynote talk, the use of the Hill model to assess the Benchmark dose (BMD), the lethal dose 50 (LD50), the cooperativity (E) and the dissociation constant (K) while analyzing cell viability data using nanomaterials will be explored. The presentation is addressed to discus [....] » <a class="red-link" title="Exploring graphene oxide nanocomposites in cancer therapy" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-graphene-oxide-nanocomposites-in-cancer-therapy">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Paulo Cesar De Morais" href="https://magnusconferences.com/materials-science/speaker/paulo-cesar-de-morais"> View Profile </a> <a class="btn btn-light s-links" title="Exploring graphene oxide nanocomposites in cancer therapy" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-graphene-oxide-nanocomposites-in-cancer-therapy"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Alain Ponton, Speaker at Materials Science Conferences" title="Smart graphene oxide-based composite materials for selective adsorption" src="https://magnusconferences.com/materials-science/uploads/speakers/alain-ponton-6401.jpg" class="avatar"> </div> <div class="text"> <div class="point">Keynote Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/smart-graphene-oxide-based-composite-materials-for-selective-adsorption" title="Smart graphene oxide-based composite materials for selective adsorption" class="title-link">Smart graphene oxide-based composite materials for selective adsorption</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/alain-ponton" title="Alain Ponton">Alain Ponton</a>, <span class="designation"> Université Paris Cité et Centre national de la recherche scientifique, France </span> </h5> <p>The protection of the environment is a significant concern, and the remediation of polluted water has become a key area of research. This has resulted in the development and enhancement of a range of techniques for the degradation, coagulation, adsorption or filtration of polluta [....] » <a class="red-link" title="Smart graphene oxide-based composite materials for selective adsorption" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/smart-graphene-oxide-based-composite-materials-for-selective-adsorption">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Alain Ponton" href="https://magnusconferences.com/materials-science/speaker/alain-ponton"> View Profile </a> <a class="btn btn-light s-links" title="Smart graphene oxide-based composite materials for selective adsorption" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/smart-graphene-oxide-based-composite-materials-for-selective-adsorption"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Kyu Shik Mun, Speaker at Materials Science and Engineering Conference" title="Development of 3D bioprinted lung airway model to study mucociliary clearance" src="https://magnusconferences.com/materials-science/uploads/speakers/kyu-shik-mun-1436.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/development-of-3d-bioprinted-lung-airway-model-to-study-mucociliary-clearance" title="Development of 3D bioprinted lung airway model to study mucociliary clearance" class="title-link">Development of 3D bioprinted lung airway model to study mucociliary clearance</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/kyu-shik-mun" title="Kyu Shik Mun">Kyu Shik Mun</a>, <span class="designation"> Cedars-Sinai Medical Center, United States </span> </h5> <p>Cystic fibrosis (CF) is a genetic disease caused by mutations in the gene encoding the cystic fibrosis transmembrane conductance regulator (CFTR) protein. CFTR mainly serves as an ion channel enabling chloride and bicarbonate transport in the airways. Loss or dysfunction of CFTR [....] » <a class="red-link" title="Development of 3D bioprinted lung airway model to study mucociliary clearance" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/development-of-3d-bioprinted-lung-airway-model-to-study-mucociliary-clearance">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Kyu Shik Mun" href="https://magnusconferences.com/materials-science/speaker/kyu-shik-mun"> View Profile </a> <a class="btn btn-light s-links" title="Development of 3D bioprinted lung airway model to study mucociliary clearance" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/development-of-3d-bioprinted-lung-airway-model-to-study-mucociliary-clearance"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Andrey V Shobukhov, Speaker at Materials Science Conferences" title="Modelling of the multi-component concentration-dependent diffusion" src="https://magnusconferences.com/materials-science/uploads/speakers/andrey-v-shobukhov-1964.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/modelling-of-the-multi-component-concentration-dependent-diffusion" title="Modelling of the multi-component concentration-dependent diffusion" class="title-link">Modelling of the multi-component concentration-dependent diffusion</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/andrey-v-shobukhov" title="Andrey V Shobukhov">Andrey V Shobukhov</a>, <span class="designation"> Shenzhen MSU-BIT University, Russian Federation </span> </h5> <p>Diffusion in a dense multi-component mixture needs a special approach for proper mathematical description, because the traditional system of the diffusion equations with the diagonal matrix ignores interaction between the mixture components. Thus in dense liquid or solid media it [....] » <a class="red-link" title="Modelling of the multi-component concentration-dependent diffusion" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/modelling-of-the-multi-component-concentration-dependent-diffusion">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Andrey V Shobukhov" href="https://magnusconferences.com/materials-science/speaker/andrey-v-shobukhov"> View Profile </a> <a class="btn btn-light s-links" title="Modelling of the multi-component concentration-dependent diffusion" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/modelling-of-the-multi-component-concentration-dependent-diffusion"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Evgeny Grigoryev, Speaker at Materials Science Conferences" title="Features of high-voltage consolidation of powder materials" src="https://magnusconferences.com/materials-science/uploads/speakers/evgeny-grigoryev-8560.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/features-of-high-voltage-consolidation-of-powder-materials" title="Features of high-voltage consolidation of powder materials" class="title-link">Features of high-voltage consolidation of powder materials</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/evgeny-grigoryev" title="Evgeny Grigoryev">Evgeny Grigoryev</a>, <span class="designation"> Merzhanov Institute of Structural Macrokinetics and Materials Science Russian Academy of Sciences, Russian Federation </span> </h5> <p>The main features of the method of high-voltage consolidation of powder materials and the resulting advantages and limitations of this method are considered. The short duration of high-temperature exposure in the process of high-voltage consolidation makes it possible to preserve [....] » <a class="red-link" title="Features of high-voltage consolidation of powder materials" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/features-of-high-voltage-consolidation-of-powder-materials">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Evgeny Grigoryev" href="https://magnusconferences.com/materials-science/speaker/evgeny-grigoryev"> View Profile </a> <a class="btn btn-light s-links" title="Features of high-voltage consolidation of powder materials" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/features-of-high-voltage-consolidation-of-powder-materials"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Rajkumar Singh, Speaker at Materials Science and Engineering Conference" title="Influence of FSP and SiC/TiB2 reinforcement on microstructure and mechanical behavior of AA7039 aluminum alloy" src="https://magnusconferences.com/materials-science/uploads/speakers/rajkumar-singh-3974.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/influence-of-fsp-and-sic-tib2-reinforcement-on-microstructure-and-mechanical-behavior-of-aa7039-aluminum-alloy" title="Influence of FSP and SiC/TiB2 reinforcement on microstructure and mechanical behavior of AA7039 aluminum alloy" class="title-link">Influence of FSP and SiC/TiB2 reinforcement on microstructure and mechanical behavior of AA7039 aluminum alloy</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/rajkumar-singh" title="Rajkumar Singh">Rajkumar Singh</a>, <span class="designation"> Kalyani Centre for Technology and Innovation, Bharat Forge Limited, India </span> </h5> <p>In this study, we investigated the effects of Friction Stir Processing (FSP) on AA7039 aluminium alloy plates in both the T6 and rolled conditions. We incorporated Silicon Carbide (SiC) and Titanium Diboride (TiB2) particles, both individually and as their mixture, during FSP. Mi [....] » <a class="red-link" title="Influence of FSP and SiC/TiB2 reinforcement on microstructure and mechanical behavior of AA7039 aluminum alloy" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/influence-of-fsp-and-sic-tib2-reinforcement-on-microstructure-and-mechanical-behavior-of-aa7039-aluminum-alloy">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Rajkumar Singh" href="https://magnusconferences.com/materials-science/speaker/rajkumar-singh"> View Profile </a> <a class="btn btn-light s-links" title="Influence of FSP and SiC/TiB2 reinforcement on microstructure and mechanical behavior of AA7039 aluminum alloy" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/influence-of-fsp-and-sic-tib2-reinforcement-on-microstructure-and-mechanical-behavior-of-aa7039-aluminum-alloy"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Sujit Kumar Bandyopadhyay, Speaker at Materials Science Conferences" title="Role of d electrons in multifunctional materials" src="https://magnusconferences.com/materials-science/uploads/speakers/sujit-kumar-bandyopadhyay-2425.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/role-of-d-electrons-in-multifunctional-materials" title="Role of d electrons in multifunctional materials" class="title-link">Role of d electrons in multifunctional materials</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/sujit-kumar-bandyopadhyay" title="Sujit Kumar Bandyopadhyay">Sujit Kumar Bandyopadhyay</a>, <span class="designation"> Variable Energy Cyclotron Centre, India </span> </h5> <p>Multifunctional materials are of today’s quest. Miniaturization, i.e. development of these materials in the form of nanomaterials is of primary need considering their application in devices. Moreover, if these are obtained in nanostructured form, they can bring wonders. [....] » <a class="red-link" title="Role of d electrons in multifunctional materials" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/role-of-d-electrons-in-multifunctional-materials">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Sujit Kumar Bandyopadhyay" href="https://magnusconferences.com/materials-science/speaker/sujit-kumar-bandyopadhyay"> View Profile </a> <a class="btn btn-light s-links" title="Role of d electrons in multifunctional materials" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/role-of-d-electrons-in-multifunctional-materials"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Siddharth S, Speaker at Vikram Engineering Industry" title="Exploring dissimilar materials joining: Friction stir spot welding of aluminum and copper" src="https://magnusconferences.com/materials-science/uploads/speakers/siddharth-s-1468.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-dissimilar-materials-joining-friction-stir-spot-welding-of-aluminum-and-copper" title="Exploring dissimilar materials joining: Friction stir spot welding of aluminum and copper" class="title-link">Exploring dissimilar materials joining: Friction stir spot welding of aluminum and copper</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/siddharth-s" title="Siddharth S">Siddharth S</a>, <span class="designation"> Vikram Engineering Industry, India </span> </h5> <p>In this presentation, the innovative technique of Friction Stir Spot Welding (FSSW) for joining dissimilar materials, specifically Aluminum (Al) 5052 and Copper (Cu) C10100, will be explored. FSSW, an advanced solid-state welding method, joins materials without melting them, maki [....] » <a class="red-link" title="Exploring dissimilar materials joining: Friction stir spot welding of aluminum and copper" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-dissimilar-materials-joining-friction-stir-spot-welding-of-aluminum-and-copper">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Siddharth S" href="https://magnusconferences.com/materials-science/speaker/siddharth-s"> View Profile </a> <a class="btn btn-light s-links" title="Exploring dissimilar materials joining: Friction stir spot welding of aluminum and copper" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/exploring-dissimilar-materials-joining-friction-stir-spot-welding-of-aluminum-and-copper"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Vanya Goel, Speaker at Materials Science and Engineering Congress" title="Study and investigation on high voltage insulator materials" src="https://magnusconferences.com/materials-science/uploads/speakers/vanya-goel-6356.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/study-and-investigation-on-high-voltage-insulator-materials" title="Study and investigation on high voltage insulator materials" class="title-link">Study and investigation on high voltage insulator materials</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/vanya-goel" title="Vanya Goel">Vanya Goel</a>, <span class="designation"> KIET Group of Institutions, India </span> </h5> <p>A High Voltage (HV) vacuum system using vacuum as electrical insulation must at some point contain a solid insulator to mechanically support, separate the conductors and support significant voltage differences. Thus, the HV hold-off capability of insulators is a subject of consid [....] » <a class="red-link" title="Study and investigation on high voltage insulator materials" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/study-and-investigation-on-high-voltage-insulator-materials">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Vanya Goel" href="https://magnusconferences.com/materials-science/speaker/vanya-goel"> View Profile </a> <a class="btn btn-light s-links" title="Study and investigation on high voltage insulator materials" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/study-and-investigation-on-high-voltage-insulator-materials"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Tanmoy Das, Speaker at Materials Science and Engineering Congress" title=" Oxynitride glasses from an engineering and technological viewpoint" src="https://magnusconferences.com/materials-science/uploads/speakers/tanmoy-das-3355.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/oxynitride-glasses-from-an-engineering-and-technological-viewpoint" title=" Oxynitride glasses from an engineering and technological viewpoint" class="title-link"> Oxynitride glasses from an engineering and technological viewpoint</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/tanmoy-das" title="Tanmoy Das">Tanmoy Das</a>, <span class="designation"> The University of Burdwan, India </span> </h5> <p>A Nation_is great, not because a few people are great, but because everyone in the Nation is great”. ‘Developed India’ vision is  indeed a challenge and this can be overcome only if we, the one billion people, come forward and join hands, forgetting al [....] » <a class="red-link" title=" Oxynitride glasses from an engineering and technological viewpoint" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/oxynitride-glasses-from-an-engineering-and-technological-viewpoint">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Tanmoy Das" href="https://magnusconferences.com/materials-science/speaker/tanmoy-das"> View Profile </a> <a class="btn btn-light s-links" title=" Oxynitride glasses from an engineering and technological viewpoint" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/oxynitride-glasses-from-an-engineering-and-technological-viewpoint"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Walaa Ahmad Alhussein, Speaker at Materials Science and Engineering Congress" title="Study of the effect of the percentage of nano-aluminum oxide and titanium oxide on welding joints using the ATIG method" src="https://magnusconferences.com/materials-science/uploads/speakers/walaa-ahmad-alhussein-9003.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/study-of-the-effect-of-the-percentage-of-nano-aluminum-oxide-and-titanium-oxide-on-welding-joints-using-the-atig-method" title="Study of the effect of the percentage of nano-aluminum oxide and titanium oxide on welding joints using the ATIG method" class="title-link">Study of the effect of the percentage of nano-aluminum oxide and titanium oxide on welding joints using the ATIG method</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/walaa-ahmad-alhussein" title="Walaa Ahmad Alhussein">Walaa Ahmad Alhussein</a>, <span class="designation"> Damascus University, Syrian Arab Republic </span> </h5> <p>This study focuses on the ATIG (Arc Tungsten Inert Gas) welding of 7075 Aluminum alloy using ER4043 filler metal and explores the impact of adding nanoparticles to the coating on the microstructural and mechanical properties of the welds. The samples were initially coated with na [....] » <a class="red-link" title="Study of the effect of the percentage of nano-aluminum oxide and titanium oxide on welding joints using the ATIG method" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/study-of-the-effect-of-the-percentage-of-nano-aluminum-oxide-and-titanium-oxide-on-welding-joints-using-the-atig-method">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Walaa Ahmad Alhussein" href="https://magnusconferences.com/materials-science/speaker/walaa-ahmad-alhussein"> View Profile </a> <a class="btn btn-light s-links" title="Study of the effect of the percentage of nano-aluminum oxide and titanium oxide on welding joints using the ATIG method" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/study-of-the-effect-of-the-percentage-of-nano-aluminum-oxide-and-titanium-oxide-on-welding-joints-using-the-atig-method"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Noutegomo Boris, Speaker at Materials Science Conferences" title="Influence of moisture on the mechanical properties of Rhecktophyllum Camerunense vegetable fiber" src="https://magnusconferences.com/materials-science/uploads/speakers/noutegomo-boris-8508.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/influence-of-moisture-on-the-mechanical-properties-of-rhecktophyllum-camerunense-vegetable-fiber" title="Influence of moisture on the mechanical properties of Rhecktophyllum Camerunense vegetable fiber" class="title-link">Influence of moisture on the mechanical properties of Rhecktophyllum Camerunense vegetable fiber</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/noutegomo-boris" title="Noutegomo Boris">Noutegomo Boris</a>, <span class="designation"> University of Bamenda, Cameroon </span> </h5> <p>Plant fibers are become an environmentally friendly substitute to glass fibers for the reinforcement of composites, particularly in automotive and civil engineering. The fundamental difference between these two types of fibers is their behavior to the humidity. Plant fibers absor [....] » <a class="red-link" title="Influence of moisture on the mechanical properties of Rhecktophyllum Camerunense vegetable fiber" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/influence-of-moisture-on-the-mechanical-properties-of-rhecktophyllum-camerunense-vegetable-fiber">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Noutegomo Boris" href="https://magnusconferences.com/materials-science/speaker/noutegomo-boris"> View Profile </a> <a class="btn btn-light s-links" title="Influence of moisture on the mechanical properties of Rhecktophyllum Camerunense vegetable fiber" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/influence-of-moisture-on-the-mechanical-properties-of-rhecktophyllum-camerunense-vegetable-fiber"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Adelaide Lareba OUEDRAOGO, Speaker at Materials Science Conferences" title="Local materials and bioclimatic construction: A pathway for climate adaptation in Burkina Faso" src="https://magnusconferences.com/materials-science/uploads/speakers/adelaide-lareba-ouedraogo-3363.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/local-materials-and-bioclimatic-construction-a-pathway-for-climate-adaptation-in-burkina-faso" title="Local materials and bioclimatic construction: A pathway for climate adaptation in Burkina Faso" class="title-link">Local materials and bioclimatic construction: A pathway for climate adaptation in Burkina Faso</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/adelaide-lareba-ouedraogo" title="Adelaide Lareba OUEDRAOGO">Adelaide Lareba OUEDRAOGO</a>, <span class="designation"> Joseph KI-ZERBO University, Burkina Faso </span> </h5> <p>Burkina Faso, plagued by increasingly arid and unpredictable climatic conditions, must adapt its infrastructures to ensure the resilience of its populations to the impacts of climate change. With this in mind, the use of local, bioclimatic building materials is proving to be a pr [....] » <a class="red-link" title="Local materials and bioclimatic construction: A pathway for climate adaptation in Burkina Faso" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/local-materials-and-bioclimatic-construction-a-pathway-for-climate-adaptation-in-burkina-faso">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Adelaide Lareba OUEDRAOGO" href="https://magnusconferences.com/materials-science/speaker/adelaide-lareba-ouedraogo"> View Profile </a> <a class="btn btn-light s-links" title="Local materials and bioclimatic construction: A pathway for climate adaptation in Burkina Faso" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/local-materials-and-bioclimatic-construction-a-pathway-for-climate-adaptation-in-burkina-faso"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Ang Yang Yu, Speaker at Materials Conferences" title="A unified explanation for the mechanism of room-temperature superconductivity" src="https://magnusconferences.com/materials-science/uploads/speakers/ang-yang-yu-8425.jpg" class="avatar"> </div> <div class="text"> <div class="point">Oral Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/a-unified-explanation-for-the-mechanism-of-room-temperature-superconductivity" title="A unified explanation for the mechanism of room-temperature superconductivity" class="title-link">A unified explanation for the mechanism of room-temperature superconductivity</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/ang-yang-yu" title="Ang Yang Yu">Ang Yang Yu</a>, <span class="designation"> Southwest Jiaotong University, China </span> </h5> <p>The electron-phonon interaction in some materials can explain superconductivity fairly well, which has predicted a definitely low critical temperature Tc, at which the phasetransition to form superconductor could happen. With the discovery of high-temperature superconductors, the [....] » <a class="red-link" title="A unified explanation for the mechanism of room-temperature superconductivity" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/a-unified-explanation-for-the-mechanism-of-room-temperature-superconductivity">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Ang Yang Yu" href="https://magnusconferences.com/materials-science/speaker/ang-yang-yu"> View Profile </a> <a class="btn btn-light s-links" title="A unified explanation for the mechanism of room-temperature superconductivity" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/a-unified-explanation-for-the-mechanism-of-room-temperature-superconductivity"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Roman Bogdanov, Speaker at Materials Conferences" title="Prediction of corrosion weight loss in CoCrFeNiMo high-entropy alloys using multiple machine learning models" src="https://magnusconferences.com/materials-science/uploads/speakers/roman-bogdanov-6336.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/prediction-of-corrosion-weight-loss-in-cocrfenimo-high-entropy-alloys-using-multiple-machine-learning-models" title="Prediction of corrosion weight loss in CoCrFeNiMo high-entropy alloys using multiple machine learning models" class="title-link">Prediction of corrosion weight loss in CoCrFeNiMo high-entropy alloys using multiple machine learning models</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/roman-bogdanov" title="Roman Bogdanov">Roman Bogdanov</a>, <span class="designation"> Independent Researcher, Germany </span> </h5> <p>Machine learning (ML) models are widely used to predict corrosion resistance. Even though some authors use complex ML models, such as neural networks, these models often rely on short-term alloy tests and qualitative parameters, such as pitting potential, corrosion potential, and [....] » <a class="red-link" title="Prediction of corrosion weight loss in CoCrFeNiMo high-entropy alloys using multiple machine learning models" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/prediction-of-corrosion-weight-loss-in-cocrfenimo-high-entropy-alloys-using-multiple-machine-learning-models">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Roman Bogdanov" href="https://magnusconferences.com/materials-science/speaker/roman-bogdanov"> View Profile </a> <a class="btn btn-light s-links" title="Prediction of corrosion weight loss in CoCrFeNiMo high-entropy alloys using multiple machine learning models" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/prediction-of-corrosion-weight-loss-in-cocrfenimo-high-entropy-alloys-using-multiple-machine-learning-models"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Olga Soloveva, Speaker at Materials Science and Engineering Conference" title="Artificial intelligence systems, public administration and medical supplies" src="https://magnusconferences.com/materials-science/uploads/speakers/olga-soloveva-6122.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/artificial-intelligence-systems-public-administration-and-medical-supplies" title="Artificial intelligence systems, public administration and medical supplies" class="title-link">Artificial intelligence systems, public administration and medical supplies</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/olga-soloveva" title="Olga Soloveva">Olga Soloveva</a>, <span class="designation"> St. Petersburg State University of Telecommunications, Russian Federation </span> </h5> <p>Artificial intelligence is usually considered as the property of artificial intelligent systems to perform creative, intellectual functions that are characteristic of humans, as well as the science and technology of creating intelligent machines, primarily intelligent computer pr [....] » <a class="red-link" title="Artificial intelligence systems, public administration and medical supplies" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/artificial-intelligence-systems-public-administration-and-medical-supplies">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Olga Soloveva" href="https://magnusconferences.com/materials-science/speaker/olga-soloveva"> View Profile </a> <a class="btn btn-light s-links" title="Artificial intelligence systems, public administration and medical supplies" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/artificial-intelligence-systems-public-administration-and-medical-supplies"> View Abstract </a> </div> </div> </div> <div class="comment border-bottom"> <div class="image"> <img alt="Faisal Bin Salem, Speaker at Materials Conferences" title="Degradation of environmentally-friendly stabilized HDPE under accelerated weathering conditions" src="https://magnusconferences.com/materials-science/uploads/speakers/faisal-bin-salem-3131.jpg" class="avatar"> </div> <div class="text"> <div class="point">Poster Presentation (Virtual)</div> <div class="text_holder"> <h5>Title : <a href="https://magnusconferences.com/materials-science/program/scientific-program/2025/degradation-of-environmentally-friendly-stabilized-hdpe-under-accelerated-weathering-conditions" title="Degradation of environmentally-friendly stabilized HDPE under accelerated weathering conditions" class="title-link">Degradation of environmentally-friendly stabilized HDPE under accelerated weathering conditions</a></h5> </div> <h5 class="name"><a href="https://magnusconferences.com/materials-science/speaker/faisal-bin-salem" title="Faisal Bin Salem">Faisal Bin Salem</a>, <span class="designation"> King Saud University, Saudi Arabia </span> </h5> <p>High Density Polyethylene (HDPE) is a very popular material of choice for multiple applications spanning from packaging to pipe. Due to its excellent properties, mainly low cost, ease of fabrication, and being modifiable for the enhancement of mechanical properties, HDPE is also [....] » <a class="red-link" title="Degradation of environmentally-friendly stabilized HDPE under accelerated weathering conditions" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/degradation-of-environmentally-friendly-stabilized-hdpe-under-accelerated-weathering-conditions">Read More</a> </p> <div class="btn-group"> <a class="btn btn-light s-links" title="Faisal Bin Salem" href="https://magnusconferences.com/materials-science/speaker/faisal-bin-salem"> View Profile </a> <a class="btn btn-light s-links" title="Degradation of environmentally-friendly stabilized HDPE under accelerated weathering conditions" href="https://magnusconferences.com/materials-science/program/scientific-program/2025/degradation-of-environmentally-friendly-stabilized-hdpe-under-accelerated-weathering-conditions"> View Abstract </a> </div> </div> </div> </div> </div> </div> </div> </div> </div> </div> </section>  <footer id="footer" class="footer-dark text-center p-b-80"> <div class="footer-content p-b-0 p-t-30"> <div class="container"> <div class="row m-b-10"> <div class="col-md-3">  <div class="clearfix widget-contact-us org-sec"> <h4 style="color:#FFF; 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