Research

Transition Metal Vanadates for Thermal Catalysis Involving N-H Activation

N-H activation / thermal catalysis
metal vanadates under-explored [link]

N-H activation / thermal catalysis
periodicity for mono-metallic vanadates [link]

N-H activation / thermal catalysis
mechanistic elucidation [link]

N-H activation / thermal catalysis
H2O resistance [link]

N-H activation / thermal catalysis
mono-dentate Brönsted acidity [link]

N-H activation / thermal catalysis
phase for mono-metallic vanadates [link]

N-H activation / thermal catalysis
regulation for mono- and bi-dentate Brönsted acidities [link]

Rare-Earth Metal Vanadates for Thermal Catalysis Involving N-H or N-O Activation

N-H activation / thermal catalysis
periodicity for mono-metallic vanadates [link]

N-H activation / thermal catalysis
periodicity for bi-metallic vanadates [link]

N-H or N-O activation / thermal catalysis
mechanistic regulation [link]

Metal Oxides for Thermal Catalysis Involving N-H or N-O Activation

N-H or N-O activation / thermal catalysis
contrasting functionalities [link]

N-H or N-O activation / thermal catalysis
super-critical CO2 extraction [link]

Metal Oxides for Thermal Catalysis Involving C-O or O-H Activation

C-O or O-H activation / thermal catalysis
interfacial engineering [link]

C-O or O-H activation / thermal catalysis
mechanistic elaboration [link]

Metal Sulfides for Radical Catalysis Involving O-O Activation

O-O activation / radical catalysis
mono-metallic sulfides [link]

O-O activation / radical catalysis
bi-metallic thio-spinels [link]

O-O activation / radical catalysis
mono-metallic sulfides with SiO2 encapsulation [link]

Metal Oxides/Oxychlorides/Oxyhydroxides for Radical Catalysis Involving O-O Activation

O-O activation / radical catalysis
metallic oxides with dopants [link]

O-O activation / radical catalysis
metallic oxychlorides with SiO2 encapsulation [link]

O-O activation / radical catalysis
metallic oxyhydroxides with super-critical CO2 extraction [link]

Metal Oxides for Radical Catalysis Involving S-O Activation

S-O activation / radical catalysis
supported SO4•- radical evolution [link]

S-O activation / radical catalysis
supported SO4•- radical evolution [link]

Metal Oxides for Radical Catalysis Involving N-O Activation

N-O activation / radical catalysis
supported NO3• radical evolution [link]

N-O activation / radical catalysis
supported NO3• radical evolution [link]

Metal Oxides for Radical Catalysis Involving P-O Activation

P-O activation / radical catalysis
supported H3-XPO4•(X-1)- radical evoution [link]

P-O activation / radical catalysis
supported H3-XPO4•(X-1)- radical evoution [link]

Metal-Organic Frameworks for Radical Catalysis Involving Cl Activation

Cl activation / radical catalysis
supported Cl• radical evolution [link]

Metals for Plasma Catalysis Involving C-H Activation

C-H activation / plasma catalysis
metal-plasma interactions [link]

C-H activation / plasma catalysis
mechanistic elucidation [link]

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