In the following sections the reader will be introduced to the chemistry of perfluoro-organoboranes, both in regards to their properties and to the main synthetic methods developed in the last 15 years. This chapter will focus on their applications in the most diverse fields of chemistry ranging from Frustrated Lewis Pairs and the activation of small molecules such as dihydrogen, to the synthesis of polymers. The main focus will be on the application of these boron compounds in modern organic chemistry from both catalytic and stoichiometric roles
ABSTRACT: A Pd(II)-catalyzed direct selective fluorina-tion reaction of carboranes using a F+ reagen...
The reactivity of boron-containing molecules of extreme electrophilicity has been minimally explored...
Organoboranes are molecules that contain a carbon-boron bond. They play a pivotal role in organic sy...
In the following sections the reader will be introduced to the chemistry of perfluoro-organoboranes,...
One field of organometallic chemistry that has seen great advancements over the last 20 years is th...
Organoboron compounds are well known building blocks for many organic reactions. However, under basi...
The particular nature of boron compounds allows an ample modularity of their properties ranging from...
Organoborane compounds are highly used in a huge number of fields, from medicine, in the boron neutr...
Because the construction of the C−C bond is one of the most significant reactions in organic chemist...
Organoboron reagents, especially boronic acids and boronates, have been widely explored as suitable ...
This article focuses on contemporary applications of boron complexes in organic synthesis—where the ...
Boron-containing organometallics are unique for the variety of ways in which they can be synthesized...
Even in its infancy, the catalytic application of cationic boron species has proven itself a powerfu...
In the last two decades, boron-based catalysis has been gaining increasing traction in the field of ...
ABSTRACT: A two-step Ir-catalyzed borylation/Pd-catalyzed dehalo-genation sequence allows for the ne...
ABSTRACT: A Pd(II)-catalyzed direct selective fluorina-tion reaction of carboranes using a F+ reagen...
The reactivity of boron-containing molecules of extreme electrophilicity has been minimally explored...
Organoboranes are molecules that contain a carbon-boron bond. They play a pivotal role in organic sy...
In the following sections the reader will be introduced to the chemistry of perfluoro-organoboranes,...
One field of organometallic chemistry that has seen great advancements over the last 20 years is th...
Organoboron compounds are well known building blocks for many organic reactions. However, under basi...
The particular nature of boron compounds allows an ample modularity of their properties ranging from...
Organoborane compounds are highly used in a huge number of fields, from medicine, in the boron neutr...
Because the construction of the C−C bond is one of the most significant reactions in organic chemist...
Organoboron reagents, especially boronic acids and boronates, have been widely explored as suitable ...
This article focuses on contemporary applications of boron complexes in organic synthesis—where the ...
Boron-containing organometallics are unique for the variety of ways in which they can be synthesized...
Even in its infancy, the catalytic application of cationic boron species has proven itself a powerfu...
In the last two decades, boron-based catalysis has been gaining increasing traction in the field of ...
ABSTRACT: A two-step Ir-catalyzed borylation/Pd-catalyzed dehalo-genation sequence allows for the ne...
ABSTRACT: A Pd(II)-catalyzed direct selective fluorina-tion reaction of carboranes using a F+ reagen...
The reactivity of boron-containing molecules of extreme electrophilicity has been minimally explored...
Organoboranes are molecules that contain a carbon-boron bond. They play a pivotal role in organic sy...