Trimetallic nanoalloys combine three metals within a nanoscale object and thereby offer a larger compositional, structural, and electronic design space than mono- or bimetallic particles. Their performance depends less on the nominal three-metal label than on atomic distribution, ordering, surface segregation, oxidatio...
N. Wali, Najeeb Ur Rehman, A. Qadri et al.· Catalysts· 0 citations
Atmospheric-pressure plasma–liquid interactions (PLIs) enable nanoparticle synthesis by generating reactive reducing species directly at the plasma–liquid interface, without the addition of a separate chemical reductant. In this work, d-fructose-stabilized palladium nanoparticles (Pd NPs) were synthesized in a one-step...
Siddiqa Ismail, W. Ahmed, A. Qadri et al.· Catalysts· 0 citations
With growing demands for thermal management in the modern systems of engineering, increase in heat transfer in porous structures has become one of the key areas of research priorities. The nanofluids, which are developed by dispersing nanoscale particles of solids in the existing base fluids, have shown better thermal...
Qayyum Shah, M. Almakki, T. Radwan et al.· Crystals· 0 citations
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