Nanotechnology is developing rapidly, the research on nanofluids is becoming more and
more mature. Due to the excellent physical and spectral properties of nanofluids, their …

Nanofluids can effectively enhance the heat transfer performance of different types of heat
pipes according to the existing research. This paper provides a comprehensive literature …

The present work focuses on the surface tension of nanofluids. An empirical model of the
surface tension of nanofluids and a mechanism for the influence of nanoparticles on the …

The massive demand in the electrical power sector has resulted in a large demand for
reliable, cost efficient, and environmentally friendly insulation oil to reduce the dependency …

Flexible, self-healing, and highly sensitive wearable self-powered sensors are essential for
promoting the rapid development of wearable electronics. Herein, a hydrogel based on zinc …

Wide energy bandgap metal oxide nanomaterials containing semiconductor nanofluids
(SNFs) are technologically established as advanced multifunctional materials for progress in …

Semiconductor hybrid nanofluids (SHNFs) of multiple hybrid nano oxides (TiO 2+ ZnO, TiO
2+ Al 2 O 3, TiO 2+ SiO 2, ZnO+ Al 2 O 3, and ZnO+ SiO 2) dispersed at fixed concentration …

Nanofluids (NFs) are green-formulated innovative soft materials, enormously used for
thermal management medium in energy harvesting/storage and heat transport, as high …

The paper summarizes the experimental study on the physical properties such as surface
tension and density of ethylene glycol based nanofluids containing titanium dioxide …

This paper aims to provide some insights into the pH and electrical conductivity of two
classes of nanocolloids with PEG 400 as the base fluid. Thus, nanoparticles of two oxides …