A fluorous prolinol precatalyst bearing only 34 fluorine atoms has been immobilized in the hydrofluoroether solvent HFE-7500. The CBS reduction of acetophenone proceeded rapidly, in high yield and in high ee in the absence of any organic solvent. The organic product was stripped from the HFE-7500 phase with a polar solvent, and the HFE-7500 phase was reused "as is" with satisfactory results through eight runs. This process is an attractive prototype for the large-scale use, recovery, and reuse of fluorous organocatalysts.\ud \u
A rotating catalyst contact reactor (RCCR) was developed which consisted of palladized bacterial cel...
The phase-vanishing (PV) method is based on spontaneous reaction controlled by diffusion of reagents...
The synthesis of organofluorine molecules has become increasingly important in medicinal and agricul...
A fluorous prolinol precatalyst bearing only 34 fluorine atoms has been immobilized in the hydrofluo...
A study was conducted to demonstrate a new approach for chemicalprocessing of organic electronic mat...
As a novel approach to the separation of polyfluorinated compounds, we disclosed that HFE 7100 (meth...
Methods of enhancing the solubility of a fluorinated compound in an organic solvent are provided. In...
Fluorine was produced for the first time by Henri Moissan in 1886, for which he received the Nobel P...
There is a strong economical and environ-mental driving force to develop a direct pro-cess for the c...
The α,ω-dialkoxyfluoropolyethers (DA-FPEs) characterized by the structure RHO(CF2CF2O)n(CF2O)mRH ha...
Fluorous reagents and reactants provide emerging new options in parallel synthesis because they are ...
Organic synthetic methodology in the 21st century aims to conform to the principles of green sustain...
A novel fluorous hydrazine‐1,2‐bis(carbothioate) was prepared. It showed good catalytic activity in...
Fluorous synthesis involves tagging an organic substrate with a fluorinated tag for the purposes of ...
Fluorous reagents and reactants provide emerging new options in parallel synthesis because they are ...
A rotating catalyst contact reactor (RCCR) was developed which consisted of palladized bacterial cel...
The phase-vanishing (PV) method is based on spontaneous reaction controlled by diffusion of reagents...
The synthesis of organofluorine molecules has become increasingly important in medicinal and agricul...
A fluorous prolinol precatalyst bearing only 34 fluorine atoms has been immobilized in the hydrofluo...
A study was conducted to demonstrate a new approach for chemicalprocessing of organic electronic mat...
As a novel approach to the separation of polyfluorinated compounds, we disclosed that HFE 7100 (meth...
Methods of enhancing the solubility of a fluorinated compound in an organic solvent are provided. In...
Fluorine was produced for the first time by Henri Moissan in 1886, for which he received the Nobel P...
There is a strong economical and environ-mental driving force to develop a direct pro-cess for the c...
The α,ω-dialkoxyfluoropolyethers (DA-FPEs) characterized by the structure RHO(CF2CF2O)n(CF2O)mRH ha...
Fluorous reagents and reactants provide emerging new options in parallel synthesis because they are ...
Organic synthetic methodology in the 21st century aims to conform to the principles of green sustain...
A novel fluorous hydrazine‐1,2‐bis(carbothioate) was prepared. It showed good catalytic activity in...
Fluorous synthesis involves tagging an organic substrate with a fluorinated tag for the purposes of ...
Fluorous reagents and reactants provide emerging new options in parallel synthesis because they are ...
A rotating catalyst contact reactor (RCCR) was developed which consisted of palladized bacterial cel...
The phase-vanishing (PV) method is based on spontaneous reaction controlled by diffusion of reagents...
The synthesis of organofluorine molecules has become increasingly important in medicinal and agricul...