Research
Transition Metal Vanadates for Thermal Catalysis Involving N-H Activation
Rare-Earth Metal Vanadates for Thermal Catalysis Involving N-H or N-O Activation
N-H or N-O activation / thermal catalysis
mechanistic regulation [link]
Metal Oxides for Thermal Catalysis Involving N-H or N-O Activation
Metal Oxides for Thermal Catalysis Involving C-O or O-H Activation
C-O or O-H activation / thermal catalysis
interfacial engineering [link]
Metal Sulfides for Radical Catalysis Involving O-O Activation
O-O activation / radical catalysis
mono-metallic sulfides with SiO2 encapsulation [link]
Metal Oxides for Radical Catalysis Involving O-O Activation
O-O activation / radical catalysis
mono-metallic oxides with dopants [link]
Metal Oxides for Radical Catalysis Involving S-O Activation
Metal Oxides for Radical Catalysis Involving N-O Activation
Metal Oxides for Radical Catalysis Involving P-O Activation
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
