TY  - BOOK
AU  - Shafer, Wilson D||Jacobs, Gary
TI  - Iron and Cobalt Catalysts
KW  - polynuclear cobalt complexes||water oxidation||artificial photosynthesis||Fe/Cu catalytic-ceramic-filler||nitrobenzene compounds wastewater||pilot-scale test||biodegradability-improvement||Fischer–Tropsch synthesis (FTS)||oxygenates||iron||cobalt||ruthenium||Anderson-Schulz-Flory (ASF) distribution||Fischer–Tropsch||catalyst deactivation||potassium||liquid-phase catalytic oxidation||limonene||carvone||zeolitic imidazolate frameworks||Fischer-Tropsch synthesis||chain growth||CO insertion||kinetic isotope effect||DFT||hydrogenation of CO||iron catalysts||syngas||monometallic iron catalysts||Fischer–Tropsch product distribution||reaction mechanism||catalysis||process synthesis and design||energy conversion||iron–cobalt bimetal catalysts||electrochemical application||hydrogen evolution||oxygen evolution||oxygen reduction||RWGS||iron oxides||CO2 conversion||gas-switching||Synthetic natural gas (SNG)||Cobalt||Iron||C2–C4 hydrocarbons||paraffin ratio||asymmetric hydrogenation||homogeneous catalysis||structural design||conformational analysis||NMR spectroscopy||alumina||strong metal support interactions||CO2 hydrogenation||pressure||temperature||cobalt carboxylate||coating||autoxidation||alkyd||siccative||polymerization||manganese||Fischer–Tropsch synthesis||modeling||kinetics||Co||Al2O3||Pt||Cd||In||Sn||hydrocarbon selectivity||synergic effect||GTL||additives||reducibility||XANES||mesoporous silica based catalysts||kinetic studies||3-D printed microchannel microreactor||cobalt–nickel nanoparticles||cobalt–nickel alloys||nickel||HAADF-STEM||TPR-EXAFS/XANES||CO hydrogenation||CSTR||n/a
UR  - https://mdpi.com/books/pdfview/book/2436
ER  -