In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characteristic of these compounds is their ability to activate cooperatively small molecules without the use of a metal (H2, CO2, alkene alkyne…). Initially based on P/B combination, the concept has been extended to several other main group elements (N/B, P/Al, N/Al …). Recently, FLPs have been extended to the transition metal realm. These organometallic FLPs (OmFLPs) are obviously non-metal free systems but they extend significantly the scope of FLP applications. Seeking to develop such systems, a research toward new omFLP combinations (N/Ti+, N/Zr+) has been initiated in our group, based on the synthesis of N-based titanocene and zirconocene complexes....
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
The development of new metal complexes for catalysis containing an electrophile moiety has been stud...
The development of new metal complexes for catalysis containing an electrophile moiety has been stud...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
Le concept de “paires frustrées de Lewis” (plus communément désignés par l’acronyme anglais FLPs) a ...
We report intermolecular transition metal frustrated Lewis pairs (FLPs) based on zirconocene aryloxi...
We report intermolecular transition metal frustrated Lewis pairs (FLPs) based on zirconocene aryloxi...
We report intermolecular transition metal frustrated Lewis pairs (FLPs) based on zirconocene aryloxi...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
The development of new metal complexes for catalysis containing an electrophile moiety has been stud...
The development of new metal complexes for catalysis containing an electrophile moiety has been stud...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
In 2006, the concept of “frustrated Lewis pairs” (called FLPs) was introduced. The main characterist...
Le concept de “paires frustrées de Lewis” (plus communément désignés par l’acronyme anglais FLPs) a ...
We report intermolecular transition metal frustrated Lewis pairs (FLPs) based on zirconocene aryloxi...
We report intermolecular transition metal frustrated Lewis pairs (FLPs) based on zirconocene aryloxi...
We report intermolecular transition metal frustrated Lewis pairs (FLPs) based on zirconocene aryloxi...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
Ambiphilic derivatives, which possess a Lewis acid (B or Al) and a Lewis base (P), are known for act...
The development of new metal complexes for catalysis containing an electrophile moiety has been stud...
The development of new metal complexes for catalysis containing an electrophile moiety has been stud...