Recent studies have reported the significant role of Au-bearing nanoparticles in the
formation of hydrothermal gold deposits. Despite the ever-increasing understanding of the …

In solar and optical applications, nanofluids can be exposed to intense light, high
temperature, and variable pH levels. Over time these forces can destabilize particle …

The market trends are unequivocal: Solar energy is the world's fastest-growing energy
technology. The global market for photovoltaic (PV) cells has increased by 4200% over the …

Solar energy can be converted into useful energy via photovoltaic cells or with a
photothermal absorber. While these technologies are well-developed and commercially …

Nanoparticle suspensions, popularly termed'nanofluids', have been extensively investigated
for their thermal and radiative properties (Eastman et al 1996 Mater. Res. Soc. Proc. 457; …

The present study is focused on room-temperature synthesis carried out by reduction of an
aqueous silver nitrate (AgNO3) and AgNO3/graphene oxide (GO) dispersion using a low …

Nanoparticle suspensions, popularly termed “nanofluids,” have been extensively
investigated for their thermal and radiative properties. Such work has generated great …

The soil sample was acquired from a heavily metal polluted site on the Tapi River in Surat,
Gujarat, India, diluted serially, and dispersed over an actinomycetes isolation medium …

Solar thermal receivers/collectors are designed to absorb as much sunlight as possible (eg
increasing energy inputs) while minimizing heat loss and pum** energy (eg reducing …