A single channel microfluidic electrolysis cell based on inexpensive materials and fabrication techniques is described. The cell is characterised using the electrochemistry of the Fe(CN)(6)(3-)/Fe(CN)(6)(4-) couple and its application in electrosynthesis is illustrated using the methoxylation reactions of N-formylpyrrolidine and 4-t-butyltoluene. It is shown that the reactions can be carried out with a good conversion in a single pass. The device, as described, allows the production of several mmol/hour of the methoxylated products
Micro fluidic flow cells (MFFCs) are a relatively new technique for characterization of electrochemi...
Abstract: Electrolysis in microemulsions is a promising approach for environmentally friend-ly chemi...
We have designed a microfluidic microreactor chip for electrochemical conversion of analytes, contai...
A single channel microfluidic electrolysis cell being developed for application alongside other rout...
A large microflow electrolysis cell for laboratory synthesis on a multigram scale is described. It i...
A large microflow electrolysis cell for laboratory synthesis on a multigram scale is described. It i...
AbstractA spiral, extended channel length microflow cell designed for routine and convenient applica...
A spiral, extended channel length microflow cell designed for routine and convenient application in ...
Despite extensive literature on organic electrosynthesis, it has never become a routine procedure in...
In recent papers, laboratory microfluidic electrolysis cells with extended channel lengths (0.7–2 m)...
In order for microflow electrolysis cells to make their full contribution to routine laboratory orga...
Electrochemical methods can offer new sustainable routes for both the synthesis of chemicals and the...
Electrochemistry is the chemistry that studies all those processes that involve the transfer of elec...
English summary Microfluidic flow cells for the analysis of electrocatalytic reactions The electro...
Micro fluidic flow cells (MFFCs) are a relatively new technique for characterization of electrochemi...
Micro fluidic flow cells (MFFCs) are a relatively new technique for characterization of electrochemi...
Abstract: Electrolysis in microemulsions is a promising approach for environmentally friend-ly chemi...
We have designed a microfluidic microreactor chip for electrochemical conversion of analytes, contai...
A single channel microfluidic electrolysis cell being developed for application alongside other rout...
A large microflow electrolysis cell for laboratory synthesis on a multigram scale is described. It i...
A large microflow electrolysis cell for laboratory synthesis on a multigram scale is described. It i...
AbstractA spiral, extended channel length microflow cell designed for routine and convenient applica...
A spiral, extended channel length microflow cell designed for routine and convenient application in ...
Despite extensive literature on organic electrosynthesis, it has never become a routine procedure in...
In recent papers, laboratory microfluidic electrolysis cells with extended channel lengths (0.7–2 m)...
In order for microflow electrolysis cells to make their full contribution to routine laboratory orga...
Electrochemical methods can offer new sustainable routes for both the synthesis of chemicals and the...
Electrochemistry is the chemistry that studies all those processes that involve the transfer of elec...
English summary Microfluidic flow cells for the analysis of electrocatalytic reactions The electro...
Micro fluidic flow cells (MFFCs) are a relatively new technique for characterization of electrochemi...
Micro fluidic flow cells (MFFCs) are a relatively new technique for characterization of electrochemi...
Abstract: Electrolysis in microemulsions is a promising approach for environmentally friend-ly chemi...
We have designed a microfluidic microreactor chip for electrochemical conversion of analytes, contai...