2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his development of Grignard reagents, one of the most widely utilised classes of synthetic reagents. A century on but only in the past decade or so has magnesium reagent chemistry entered a new and exciting phase, surpassing the limitations of what traditional Grignard reagents can do. This chapter discusses some of the most significant advances in this emerging field
Explains the synthesis of Bis(amido) magnesium compounds via reaction of chelating alkali-metal amid...
When a sodium (or potassium) reagent is combined with a magnesium one to form a single organometalli...
Despite considerable efforts being given to organometallic complexes of lithium and magnesium (Grign...
2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his d...
2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his d...
2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his d...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
The in situ Grignard Metalation Method ( i GMM) is a straightforward one‐pot strategy to synthesize ...
The in situ Grignard Metalation Method ( i GMM) is a straightforward one‐pot procedure to quickly pr...
In the presence of a catalytic quantity of [Pd(PCy3)2], a reagent containing a Mg-Mg bond effects th...
Introduction: Although dialkylmagnesium compounds have been known for over a hundred years, relative...
Explains the synthesis of Bis(amido) magnesium compounds via reaction of chelating alkali-metal amid...
When a sodium (or potassium) reagent is combined with a magnesium one to form a single organometalli...
Despite considerable efforts being given to organometallic complexes of lithium and magnesium (Grign...
2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his d...
2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his d...
2012 commemorated the 100th anniversary of the award of the Nobel Prize to Victor Grignard for his d...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
The in situ Grignard Metalation Method ( i GMM) is a straightforward one‐pot strategy to synthesize ...
The in situ Grignard Metalation Method ( i GMM) is a straightforward one‐pot procedure to quickly pr...
In the presence of a catalytic quantity of [Pd(PCy3)2], a reagent containing a Mg-Mg bond effects th...
Introduction: Although dialkylmagnesium compounds have been known for over a hundred years, relative...
Explains the synthesis of Bis(amido) magnesium compounds via reaction of chelating alkali-metal amid...
When a sodium (or potassium) reagent is combined with a magnesium one to form a single organometalli...
Despite considerable efforts being given to organometallic complexes of lithium and magnesium (Grign...