Porous positive active material with controlled tap density enhances lithium ion diffusion pathways within rechargeable battery electrodes.
Synthesizes aluminosilicate zeolite SSZ-33 using a specific organic dication as a structure directing agent.
Microwave calcination replaces traditional kilns to produce high-purity alpha-alumina, eliminating fuel combustion and reducing energy consumption.
Synthesizing EMM-12 molecular sieve with controlled crystal size resolves MCM-22 instability caused by variable morphology.
AlPO-57 metallophosphate molecular sieves resolve structural uniqueness limits by enabling selective hydrocarbon conversion and separation.
A zeolite catalyst uses unburnt carbon to reduce nitrogen oxides in diesel exhaust gas.
Vapor-phase crystallization of pre-formed extrudates removes excess alkali hydroxide, resolving non-uniform synthesis issues while boosting crush strength.
Transition metal salts catalyze cured epoxy resin depolymerization in water, avoiding high-temperature pyrolysis and preserving carbon fiber properties.
Hydrothermal synthesis of a zeolitic phosphor replaces proprietary materials, securing supply chains for white LED manufacturing.
Steam treatment of mixed-phase alumina preserves acid sites while secondary calcination improves mechanical strength and chemical resistance.
Seeded synthesis eliminates organotemplates and high-temperature calcination to lower costs.
A super-omniphobic coated plate rolls liquid droplets to form uniform spherical beads without surface adherence.
A layered double hydroxide adsorbent removes arsenic from polluted water using a solid-liquid separator.
Phosphorus and silver modify ZSM-5 zeolites to prevent acid site loss, maintaining catalytic activity under harsh hydrothermal conditions.
SSZ-75 molecular sieve achieves high silica alumina ratios and enhanced gas separation selectivity through specific organic structure directing agents.