Nanofluids have a solid-fluid interface that affects their thermal properties during heat transfer processes. In this study, nanolayer and interfacial resistance (TIR) at the are discussed to determine role in enhancement of conductivity Al2O3-CO2 nanofluid. The current work focuses on molecular dynamics simulations study TIR formed CO2 molecules around Al2O3 nanoparticle (np) for supercritical...

Investigation of the optical response metal-perovskite configuration-based hyperbolic metamaterials (HMMs) was made toward achieving nearly-perfect absorption in 300-900 nm wavelength span. More precisely, HMM structure comprised periodically arranged gold (Au) and methyl ammonium lead iodide (MAPbI3) nanolayers taken. The results were derived by exploiting effective medium theory transfer matr...

Due to an error during production, the Figure 7b in the published paper [1] was incorrect. The correct figure is as follows: Figure 7. (a) Thickness of the silver film (b) reflectivity for 532 nm wavelength light versus number of laser scans (symbols: experimental data, lines: fitted curves). We apologize for any inconvenience caused to readers or authors by these changes. The article will be u...

We consider a nanoscale dipolar emitter ~quantum dot, atom, fluorescent molecule, or rare-earth ion! in a nanometer proximity to a flat metal surface. There is strong interaction of this emitter with unscreened metal electrons in the surface nanolayer that causes enhanced relaxation due to surface plasmon excitation and Landau damping. To describe these phenomena, we developed analytical theory...

Electrical breakdown of the dielectric nanolayer between film electrodes niobium and an alloy 50% indium tin forms a bridge this electrodes. The resistance depends on current. length is equal to thickness (30 nm), its diameter 25 nm. calculated coherence at 0 K close bridge. critical current with 1 {\Omega} temperature 2 mA. It concluded that such should have properties Josephson contact lower ...