From their inception, boron-based frustrated Lewis pairs have garnered significant scientific attention thanks to the multitude of potential applications they can be employed in. The ever-expanding library of halogenated triarylboranes has enabled this interest to flourish. In this chapter, we explore the significant breakthroughs that have been achieved in the use of triarylboranes in frustrated Lewis pair chemistry including borane synthesis, water tolerance and chirality
The work described herein is concerned with Lewis acidic triarylboranes for synthetic and catalytic ...
A series of frustrated Lewis pairs (FLPs) based on the Lewis acids tris(perchloroaryl)borane (BAr(Cl...
Frustrated Lewis pairs (FLP) which rely on the cooperative action of Lewis acids and Lewis bases, pl...
A rapid development of metal-free, main group compounds for small molecule activation and as hydroge...
Combinations of sterically encumbered Lewis acids and Lewis bases are precluded from dative bond for...
One field of organometallic chemistry that has seen great advancements over the last 20 years is th...
In the last two decades, boron-based catalysis has been gaining increasing traction in the field of ...
The goal of this research is to synthesize new bulky Lewis acid and base molecules and incorporate t...
Halogenated triarylboranes (BAr3) have been known for decades, however it has only been since the su...
We herein explore whether tris(aryl)borane Lewis acids are capable of cleaving H2 outside of the usu...
An analysis of the metal-free reduction of electron deficient olefins by frustrated Lewis pairs indi...
Three classes of bifunctional compounds related to frustrated Lewis pair chemistry were studied. The...
Oxidation reactions are rarely encountered in frustrated Lewis pair (FLP) chemistry. We describe the...
This thesis describes the activation of small molecules using frustrated Lewis pairs, in particular ...
Non-transition metal catalytic systems able to activate hydrogen and other small molecules are focus...
The work described herein is concerned with Lewis acidic triarylboranes for synthetic and catalytic ...
A series of frustrated Lewis pairs (FLPs) based on the Lewis acids tris(perchloroaryl)borane (BAr(Cl...
Frustrated Lewis pairs (FLP) which rely on the cooperative action of Lewis acids and Lewis bases, pl...
A rapid development of metal-free, main group compounds for small molecule activation and as hydroge...
Combinations of sterically encumbered Lewis acids and Lewis bases are precluded from dative bond for...
One field of organometallic chemistry that has seen great advancements over the last 20 years is th...
In the last two decades, boron-based catalysis has been gaining increasing traction in the field of ...
The goal of this research is to synthesize new bulky Lewis acid and base molecules and incorporate t...
Halogenated triarylboranes (BAr3) have been known for decades, however it has only been since the su...
We herein explore whether tris(aryl)borane Lewis acids are capable of cleaving H2 outside of the usu...
An analysis of the metal-free reduction of electron deficient olefins by frustrated Lewis pairs indi...
Three classes of bifunctional compounds related to frustrated Lewis pair chemistry were studied. The...
Oxidation reactions are rarely encountered in frustrated Lewis pair (FLP) chemistry. We describe the...
This thesis describes the activation of small molecules using frustrated Lewis pairs, in particular ...
Non-transition metal catalytic systems able to activate hydrogen and other small molecules are focus...
The work described herein is concerned with Lewis acidic triarylboranes for synthetic and catalytic ...
A series of frustrated Lewis pairs (FLPs) based on the Lewis acids tris(perchloroaryl)borane (BAr(Cl...
Frustrated Lewis pairs (FLP) which rely on the cooperative action of Lewis acids and Lewis bases, pl...