The continuous flow alcoholysis of dialkyl H-phosphonates by aliphatic alcohols in the absence of a catalyst was elaborated using a microwave (MW) reactor equipped with a flow cell. By the precise control of the reaction conditions, the synthesis could be fine-tuned towards dialkyl H-phosphonates with two different and with two identical alkyl groups. In contrast to the “traditional” batch alcoholysis, flow approaches required shorter reaction times, and the products became available at a larger scale
Two novel microwave reactor configurations were tested: - The batch mode configuration resulted in h...
The synthesis of alpha-aminophosphonates on a large scale is not always straightforward. One of the ...
The microwave (MW) technique is an efficient tool in the realization of organic reactions, as well ...
The continuous flow alcoholysis of dialkyl H-phosphonates by aliphatic alcohols in the absence of a ...
The continuous flow alcoholysis of dialkyl H-phosphonates by aliphatic alcohols in the absence of a...
The synthesis of dialkyl H-phosphonates and α-aminophosphonates was studied in a continuous flow mic...
Two new continuous flow systems for the production of dialkyl succinates were developed via the este...
In the microwave-assisted alcoholysis of dialkyl phenylphosphonates performed in the presence of su...
A study on the microwave-assisted alcoholysis of diethyl phosphite with ethylene glycol revealed tha...
The microwave (MW) technique is an efficient tool in the realization of organic reactions, as well a...
The synthesis of α-aryl-α-aminophosphonates was performed by the three-component KabachnikFields rea...
We demonstrated the rapid Johnson–Claisen rearrangement of allyl alcohol and triethyl orthoacetate w...
A commercially available continuous-flow reactor was adapted to run three organic reactions, e.g. tw...
Continuous flow chemistry is an enabling technique in organic chemistry. Advantages include extremel...
A simple and efficient microwave (MW)-assisted method was elaborated for the catalyst-free synthesis...
Two novel microwave reactor configurations were tested: - The batch mode configuration resulted in h...
The synthesis of alpha-aminophosphonates on a large scale is not always straightforward. One of the ...
The microwave (MW) technique is an efficient tool in the realization of organic reactions, as well ...
The continuous flow alcoholysis of dialkyl H-phosphonates by aliphatic alcohols in the absence of a ...
The continuous flow alcoholysis of dialkyl H-phosphonates by aliphatic alcohols in the absence of a...
The synthesis of dialkyl H-phosphonates and α-aminophosphonates was studied in a continuous flow mic...
Two new continuous flow systems for the production of dialkyl succinates were developed via the este...
In the microwave-assisted alcoholysis of dialkyl phenylphosphonates performed in the presence of su...
A study on the microwave-assisted alcoholysis of diethyl phosphite with ethylene glycol revealed tha...
The microwave (MW) technique is an efficient tool in the realization of organic reactions, as well a...
The synthesis of α-aryl-α-aminophosphonates was performed by the three-component KabachnikFields rea...
We demonstrated the rapid Johnson–Claisen rearrangement of allyl alcohol and triethyl orthoacetate w...
A commercially available continuous-flow reactor was adapted to run three organic reactions, e.g. tw...
Continuous flow chemistry is an enabling technique in organic chemistry. Advantages include extremel...
A simple and efficient microwave (MW)-assisted method was elaborated for the catalyst-free synthesis...
Two novel microwave reactor configurations were tested: - The batch mode configuration resulted in h...
The synthesis of alpha-aminophosphonates on a large scale is not always straightforward. One of the ...
The microwave (MW) technique is an efficient tool in the realization of organic reactions, as well ...