Advanced Materials in Catalysis and Adsorption (MDPI - Multidisciplinary Digital Publishing Institute, 2023)
Keywords: 1D simulation; adsorption; advanced oxidation processes; alloy catalysts; amino-organosilane modifier; autothermal reforming; base-free oxidation; bimetallic catalysts; BNOx nanocatalyst; boron; boron modifier; butane; carbon erosion; carbon nanofibers; carbon nanomaterials; carbon nanotube; catalyst; CCVD; chloroaromatics; CO oxidation; CO2 reduction; cobalt; CVD-synthesis; defects; DFT calculations; diesel fuel; discoloration; doping; dye degradation; electrocatalysis; Fenton method; ferromagnetic resonance; free radicals; fuel cell; fuel processing; furfural; furfuryl alcohol; gold; gold zeolites; graphene; green synthesis; high throughput; HRTEM; hydrodechlorination; hydrogen; hydrogenation; iridium oxide; liquid fuel; magnetron sputtering; Mathematics and Science; melamine; methylene blue; microwave-assisted oxidation; Mn-Ce; Mn-Zr; Mn-Zr-Ce; N-CNT; N-containing carbon nanofibers; N-functionalization; n/a; nickel; nickel alloys; nickel catalyst; nitrogen doping by ammonia; Ni–Cu catalyst; nonstoichiometry; oxidative coupling of methane; oxidative treatment; oxygen evolution reaction; palladium; pharmaceuticals and personal care products; photodegradation; Physics; platinum; porous nanoalloys; propane; proton exchange membrane water electrolysis; RAPET; Reference, Information and Interdisciplinary subjects; reforming; Research and information: general; Ruddlesden–Popper phases; selective glucose oxidation with O2 and H2O2; Sibunit carbon; silver-zinc alloy; sorption; steam reforming; structured catalysts; surface modification; syngas; synthesis; TEM; thermal nitriding; thermal stability; titanium nitride; tosylate salts; trichloroethylene; tungsten; water treatment; X-ray diffraction