1,2-bis(prop-2-enoxy)benzene

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.

Conditions: temp:200.01; pressure:55.01; stir:; Reaction carried out in transient flow with ramps to vary the binary solvent composition, temperature and residence time. This reaction represents a single HPLC measurement sampled from within a transient flow ramp. Conditions are an estimate of what the reaction sample was exposed to prior to analysis.

Procedure: The solution flowed through a customized cooling system made from an aluminum block and a Peltier assembly to quench the reaction. A Vici 4 port 2 position sampling valve sampled small aliquots (500 nL) into the HPLC for online analysis measurements of the reaction.