RSC Advances  

The low-resistance transport of water within graphene nanochannels makes it promising for electronic cooling applications.

The onset temperature of smoldering for calcium alginate fibers was determined across several densities.

The thermophysical properties of the polyethylene glycol oligomer obtained by the AMBER force field are in excellent agreement with experimental data.

An improved polymer depletion-based method for length separation enables robust fractionation of boron nitride and carbon nanotubes with consistent scaling.

La_0.8Na_0.2−x□_xMnO₃ (0.00 ≤ x ≤ 0.15) manganites were successfully synthesized using the solid-state route.

Energy dispersion along k_y direction (k_x = 0) for different values of barrier height A₀ with identical barrier and well widths (d_b = d_w = 5 and d = 10).

The MAX phase represents a diverse class of nanolaminate materials with intriguing properties that have received incredible global research attention because they bridge the divide separating metals and ceramics.

The deformation and poration of cell-mimetic giant unilamellar vesicles induced by anionic magnetite (Fe₃O₄) nanoparticles under various conditions have been discussed. This could lead to potential applications in the field of biomedical research.

The nonlinear current density–electric field (J–E) plots of Cd_1−xNa_xCu₃Ti₄O₁₂ ceramics. All samples exhibited good nonlinear characteristics.

Biopolymer composite materials were prepared from bio-sourced cationic water-soluble chitosan with bi-functional water-soluble anionic azo food dyes amaranth (AMA) or allura red (ALR), for reversible dis-assembly materials triggered by sunlight.

For simple water models, parameters giving the best intermolecular forces cannot provide accurate bulk properties. For AMOEBA model, such parameters can be found.

Here, we have investigated properties of caesium based halide perovskites with the help of density functional theory.

Kirigami patterns on monolayer WS₂ enhance stretchability and tailor mechanical properties. MD simulations show increased tensile strain, reduced strength, and optimal performance from adjusted overlap ratio, cut density, and length-to-width ratios.

The molecular motion trajectories of silicone rubber foam (SRF) at various vinyl silicone oil viscosities were studied via molecular dynamics (MD) simulation from the perspective of all atomic molecules.

Disjoining pressure, especially arising from organized arrangement of nanoparticles is a component for understanding enhanced oil recovery using nanofluids.

The CSO additive enhanced the electrical and mechanical properties of 0.99BNKT–0.01BMN ceramics. Biological tests on x = 0.02CSO samples showed moderate apatite formation in the SBF test and good cell viability in the cytotoxicity test.

The deformation temperature, strain rate, and loading conditions have a significant effect on the deformation behavior and mechanical properties of the Ni/Ni₃Al superalloy.

Examining the impact of gas concentration on the thermal transport properties of silica aerogels, revealing significant increases in thermal conductivity at higher gas fill levels.

A composite functional film with a random positive-pyramidal light-trapping structure and down-conversion capabilities has been prepared by the soft nanoimprint technique to enhance light utilization for solar cells.

This study analyzes the mechanisms of sweat evaporation loss in epidermal microfluidic patches, derives the quantity of sweat loss, verifies the theoretical calculations by experiments, and discusses the structure design of the anti-evaporation.

The microstructure and deformation mechanism of an FeCoCrNiAl0.5 high entropy alloy during nanoscratching is studied using a combined atomistic and physical model study.

The tilt stiffness A₁ and roll stiffness A₂ decrease with the increasing temperature.

This study investigates the complex investigation of the 0–3 particulate multiferroic properties found in composite materials.

As the distance between two cracks increased, both tensile strength and plasticity decreased, while the crack growth rate significantly increased.

In the exploration of perovskite materials devoid of lead and appropriate for capturing solar energy, a recent finding has surfaced concerning Cs₂ZrCl₆.