Add to ORKGControl of accessibility to a tetrairidium cluster surface is facilitated by synthetic nanopockets assocd. with three calixarene phosphine ligands
Increasing the catalyst's stability and activity are one of the main quests in catalysis. Tailoring ...
Supported nanocrystals of original shapes are highly desirable for the development of optimized cata...
Multimetallic molecular cluster compounds have been synthesised and characterised. They have been us...
Control of accessibility to a tetrairidium cluster surface is facilitated by synthetic nanopockets a...
The reactive sites on the surface of a tetrairidium cluster can be controlled by using three calixar...
The reactive sites on the surface of a tetrairidium cluster can be controlled by using three calixar...
Enzymes keep their catalytic reactivity under fine control, letting appropriate molecules approach t...
Enzymes keep their catalytic reactivity under fine control, letting appropriate molecules approach t...
Enzymes keep their catalytic reactivity under fine control, letting appropriate molecules approach t...
We report a new family of inorganic ligands, namely, transition metal-based thiometallates, for the ...
Coordinatively unsaturated corner and edge atoms have been hypothesized to have the highest activity...
The active sites of enzymes are typically within nanoscale environments that tend to be specific to ...
The active sites of enzymes are typically within nanoscale environments that tend to be specific to ...
Metal nanoclusters whose surface ligands are removable while keeping their metal framework structure...
A nanoparticle with well-defined surfaces, prepared through colloidal chemistry, enables it to be st...
Increasing the catalyst's stability and activity are one of the main quests in catalysis. Tailoring ...
Supported nanocrystals of original shapes are highly desirable for the development of optimized cata...
Multimetallic molecular cluster compounds have been synthesised and characterised. They have been us...
Control of accessibility to a tetrairidium cluster surface is facilitated by synthetic nanopockets a...
The reactive sites on the surface of a tetrairidium cluster can be controlled by using three calixar...
The reactive sites on the surface of a tetrairidium cluster can be controlled by using three calixar...
Enzymes keep their catalytic reactivity under fine control, letting appropriate molecules approach t...
Enzymes keep their catalytic reactivity under fine control, letting appropriate molecules approach t...
Enzymes keep their catalytic reactivity under fine control, letting appropriate molecules approach t...
We report a new family of inorganic ligands, namely, transition metal-based thiometallates, for the ...
Coordinatively unsaturated corner and edge atoms have been hypothesized to have the highest activity...
The active sites of enzymes are typically within nanoscale environments that tend to be specific to ...
The active sites of enzymes are typically within nanoscale environments that tend to be specific to ...
Metal nanoclusters whose surface ligands are removable while keeping their metal framework structure...
A nanoparticle with well-defined surfaces, prepared through colloidal chemistry, enables it to be st...
Increasing the catalyst's stability and activity are one of the main quests in catalysis. Tailoring ...
Supported nanocrystals of original shapes are highly desirable for the development of optimized cata...
Multimetallic molecular cluster compounds have been synthesised and characterised. They have been us...