1013 papers
This study reports the development of CdZnTe-doped MIL-88A/Co3O4 heterostructures that, when integrated into an asymmetric hybrid supercapacitor, deliver high specific capacity, exceptional energy density, and robust cycling stability through enhanced charge-transfer kinetics.
This paper introduces an integrated catalyst-membrane (ICM) electrolyzer that eliminates interfacial discontinuity via a synchronized phase-inversion process, thereby simultaneously achieving high current density, suppressed gas crossover, and exceptional long-term stability in alkaline water electrolysis.
This study develops a systematic multi-parameter optimization strategy involving crosslinking density, ionic environment, and hydroxypropyl cellulose (HPC) incorporation to engineer printable, cost-effective PNIPAM/HPC hydrogels with tunable thermochromic properties for energy-efficient smart windows.
This study demonstrates that rosehip seed, skin, and whole fruit exhibit distinct, non-interchangeable thermal response architectures during pyrolysis, necessitating preparation-specific interpretations of their kinetic behaviors and activation energy trajectories.
This study demonstrates that combining CuSn10 bronze-modified basalt fiber-reinforced epoxy composites with graphene-dispersed protic ionic liquid nanolubricants significantly reduces friction and wear, with the graphene-enhanced citrate PIL yielding optimal performance and the bronze filler providing substantial dry-sliding durability.
This study demonstrates that wet carbonation of recycled fine aggregate (RFA) is highly dependent on particle size, where coarser fractions (>1.18 mm) achieve superior pore refinement and uniform carbonation due to slower ion leaching, while finer fractions suffer from surface passivation and increased porosity, ultimately yielding a 25.1% compressive strength improvement in mortars when recombined carbonated RFA is used.
This study successfully optimized the preparation of hollow biodegradable PLGA nanoparticles via emulsification–diffusion to achieve a nanoscale size (~306 nm) and enhanced in vitro echogenicity, positioning them as promising candidates for tumor-targeted ultrasound contrast agents despite the need for further in vivo validation.
Atomistic simulations reveal that phosphoric acid-based geopolymers undergo progressive structural disordering and porosity expansion at elevated temperatures (300–1173 K), leading to a 40% reduction in Young's modulus due to the thermal sensitivity of Si–O–P and Al–O–P linkages and increased atomic mobility.
This review explores the multifunctional capabilities of bioactive compounds derived from medicinal plants, specifically their antioxidant, antimicrobial, and corrosion inhibition properties, while highlighting their eco-friendly advantages over synthetic chemicals, recent mechanistic advances, and future potential in nanotechnology and hybrid systems.
This study demonstrates that the enantiomers R-BINOL and S-BINOL can be qualitatively discriminated by their distinct inhibition times in a nickel-catalyzed Briggs–Rauscher oscillatory system, a difference attributed to their varying efficiencies in scavenging hydroperoxyl radicals via a free radical controlled autoinhibition mechanism.