1034 papers
This study demonstrates that hydrothermally synthesized Cr-Zn codoped CdO nanoparticles exhibit a cubic structure with a minimum crystallite size of 27.86 nm, a maximum band gap of 5.57 eV, and enhanced ferromagnetic properties as the chromium concentration increases.
This study demonstrates that incorporating carboxyl- or amino-functionalized polystyrene microspheres into FeCO₃ corrosion-product layers significantly enhances the long-term corrosion protection and mechanical stability of carbon steel, with amino-functionalized microspheres yielding the most effective reduction in pitting and improvement in hardness.
This study presents a novel polyurethane-based solid-solid flexible phase change material that utilizes hierarchical dynamic bonding and an intrinsic flame-retardant layer to simultaneously achieve high latent heat, exceptional self-healing ductility, and UL-94 V-0 fire safety, effectively managing thermal runaway in high-density electronics like lithium-ion batteries.
This paper presents a validated, high-throughput ICP-MS/MS method using O₂ reaction gas that achieves rapid, sensitive, and accurate determination of Sr-90 in urine with minimal sample preparation, offering a robust alternative to liquid scintillation counting for radiological emergency response.
This study investigates how fibre length, composition, and stacking sequence affect the noise attenuation of coir-plywood composite panels, revealing that while transmission loss remains largely unaffected, the arrangement of layers significantly influences sound absorption coefficients for potential applications in noise control.
This study reports the synthesis, characterization, and single-crystal X-ray diffraction analysis of a novel mixed-metal [NiCo] cubane complex and a pure cobalt cubane, both featuring MO cores bridged by Schiff base ligands and acetate groups.
This study presents a multifunctional nickel foam-based composite utilizing a synergistic combination of boron nitride nanosheets and high-entropy oxide@Ag core-shell fillers within a waterborne polyurethane matrix to simultaneously achieve significantly enhanced thermal conductivity and superior electromagnetic interference shielding dominated by wave absorption.
This study presents an asymmetric Fe@CNTS/Ag@CNTA integrated framework that achieves ultrahigh, absorption-dominated electromagnetic interference shielding (111 dB) with minimal reflection by utilizing a gradient magnetic-loss layer and a conductive internal boundary to create direction-dependent, anisotropic wave attenuation.
This study presents a validated, stability-indicating HPTLC method for quantifying PBC in bulk and formulations, developed using an Analytical Quality by Design (AQbD) approach with Design of Experiments (DoE) to ensure robustness, specificity against forced degradation products, and compliance with ICH guidelines.
This paper presents an ice-templated heterogeneous nucleation strategy that utilizes magnetic dual-shell hollow microspheres to spatially segment nitrogen-doped carbon nanosheets into controllable distributed RLC networks, achieving superior electromagnetic wave absorption and thermal regulation in lightweight hierarchical porous composites while overcoming the traditional trade-off between conductivity and impedance matching.