Precisely controlled interconnected pore structure, thin framework, and high macroporosity of three-way catalyst particles using the template-assisted spray method.

The urgent need to mitigate climate change has spurred the development of efficient adsorbents for CO2 capture. Porous solid sorbents, especially those incorporating amine-modified porous silica materials, offer a promising alternative due their superior selectivity and reversibility. However, existing research focused on developing mesoporous adsorption applications, often overlooking role macropores. One critical challenge with is restriction in loading amount amine low pore volume, which...

Mass transfer is an essential process that can extend the performance and utilization of nanoporous materials in various applications. Therefore, improving mass has always attracted much interest, macroporous structures are currently being studied to enhance performance. The introduction into three-way catalysts (TWC), which widely utilized control emission polluted gases from vehicles, provides potential their property catalytic However, formation mechanism TWC particles not yet been...

The conventional pectin delivery systems in the colon are often impaired by a slow release rate. Nanostructured particles, especially porous ones, have gained popularity as drug owing to their high mass transfer efficiency. In this research, particles were synthesized carriers (using indomethacin model drug) via template-assisted spray drying. Specific surface areas of been improved up 203 m2 g-1 compared with nonporous (1 g-1). structure shortened diffusion path and rate molecules....

In recent years, transportation-related air pollution has escalated into a global concern, necessitating the development of three-way catalyst (TWC) technology to address harmful emissions. However, efficiency TWC's performance in mitigating these emissions been hindered because limited mass transfer within their structures. Thus, this study attempted overcome existing issue by synthesizing series macroporous TWC particles exhibiting various macropore sizes via template-assisted spray...

Macroporous niobium-doped tin oxide (NTO) is introduced as a robust alternative to conventional carbon-based catalyst supports improve the durability and performance of polymer electrolyte fuel cells (PEFCs). Metal oxides like NTO are more stable than carbon under PEFC operational conditions, but they can compromise gas diffusion water management because their denser structures. To address this tradeoff, we synthesized macroporous particles using flame-assisted spray-drying technique...

The introduction of macroporous structures into three-way catalysts (TWCs) through polymer template-assisted spray drying has attracted attention because its enhanced gas diffusion and catalytic performance. However, the surface charge effect polymeric template components not been investigated to control structure TWC particles during synthesis. Thus, this study charges on self-assembly behavior nanoparticles (NPs) drying. NPs with different produced a hollow structure, whereas using same...

Over the past decade, three-way catalyst (TWC) has become a critical technology for reducing pollutant emissions from gasoline-powered vehicles. Due to global rise in number of vehicles and limited resources, it is necessary operate TWC at high space velocities (SVs) minimize usage expensive metals reduce consumption. However, mass transfer limitation within nanostructure particles hinders full utilization their active surfaces, limiting performance, particularly SVs. To address this...

Room-temperature phosphorescent (RTP) carbon dots (CDs) have been increasingly used in many applications, including anticounterfeiting and information encryption. However, synthesizing RTP CDs with a specific average lifetime of phosphorescence remains formidable challenge. A breakthrough is needed formulating the synthesis process to find suitable formulation produce an optimal phosphorescence. Machine learning (ML) has recently successfully for guiding material offering insight into...

β-Quartz solid-solution has received significant attention as a consequence of its remarkable properties, including negative thermal expansion coefficient, high mechanical strength, and excellent chemical stability. However, to date, there is no report on the successful production crystalline spherical β-quartz particles. Herein, particles derived from cordierite were successfully fabricated via flame method followed by calcination process, representing first-ever demonstration this type...

Nanostructured particles with a core–shell structure have been highlighted in recent developments various fields including electronic machinery applications. Applying nonagglomerated nanoscaled-silica-coated soft-magnetic into powder core inductors (PCIs), power converters machines, promises efficiency improvement. In this study, nanostructuring silica-coated FeNi (FeNi@SiO2) was conducted via an aerosol method by introducing the SiO2 (0.4 nm) from hexamethyldisiloxane to particles. The...

High-density submicron-sized FeNi particles prepared by a spray pyrolysis route exhibit high magnetic characteristics and enhance the powder core performance indicated improvement of DC bias characteristic value.

Recently, the emphasis on hydrogen-fuel utilization technologies─particularly polymer–electrolyte fuel cells (PEFCs)─has recently shifted from light-duty to heavy-duty vehicles. There is consequently an urgent need develop a catalyst with excellent durability. In this study, we have endeavored improve power-generating performance of PEFCs by using high-durability Nb–SnO2 (NTO) nanoparticles and controlling porosity layer. We tuned fused-aggregate network structure NTO annealing them at 1000...

Niobium-doped tin oxide (NTO) particles with a macroporous structure have been developed as catalyst supports for enhancing the durability and performance of polymer electrolyte fuel cells (PEFCs).