Add to ORKGCFD modelling of mass transfer with and without chemical reaction in liquid-liquid slug flow capillary microreactor
The research carried out within this thesis studied the hydrodynamics, reaction applications and sca...
Homogeneous Co/Mn/Br catalyzed aerobic oxidation of benzyl alcohol in acetic acid to benzaldehyde wa...
Gas–liquid–liquid three‐phase slug flow was generated in a glass microreactor with rectangular micro...
Microreactor technology is an important method of process intensification. Liquid–liquid slug flow c...
AbstractThe benefits of slug flow capillary microreactor exhibit the ability to adjust two individua...
Microreactor technology is an important method of process intensification. Liquid-liquid slug flow c...
The benefits of slug flow capillary microreactor exhibit the ability to adjust two in-dividual trans...
Liquid-liquid biphasic reactions play an important role in the chemical and pharmaceutical Industrie...
The use of liquid-liquid slug flow in the capillary microreactor is a promising technique for intens...
While the benefits of miniaturisation on processes have been widely demonstrated, its impact on micr...
Mass transfer is a basic phenomenon behind many processes like reaction, absorption, extraction etc....
Immiscible liquid-liquid flow patterns and mass transfer were investigated in circular PTFE capillar...
The mass transfer of slug flow, a widely applied flow pattern in microreactors, is still difficult t...
International audienceLiquid-liquid mass transfer mechanism with slug flow in microreactor is invest...
Gas-liquid-liquid three-phase slug flow was generated in a glass microreactor with rectangular micro...
The research carried out within this thesis studied the hydrodynamics, reaction applications and sca...
Homogeneous Co/Mn/Br catalyzed aerobic oxidation of benzyl alcohol in acetic acid to benzaldehyde wa...
Gas–liquid–liquid three‐phase slug flow was generated in a glass microreactor with rectangular micro...
Microreactor technology is an important method of process intensification. Liquid–liquid slug flow c...
AbstractThe benefits of slug flow capillary microreactor exhibit the ability to adjust two individua...
Microreactor technology is an important method of process intensification. Liquid-liquid slug flow c...
The benefits of slug flow capillary microreactor exhibit the ability to adjust two in-dividual trans...
Liquid-liquid biphasic reactions play an important role in the chemical and pharmaceutical Industrie...
The use of liquid-liquid slug flow in the capillary microreactor is a promising technique for intens...
While the benefits of miniaturisation on processes have been widely demonstrated, its impact on micr...
Mass transfer is a basic phenomenon behind many processes like reaction, absorption, extraction etc....
Immiscible liquid-liquid flow patterns and mass transfer were investigated in circular PTFE capillar...
The mass transfer of slug flow, a widely applied flow pattern in microreactors, is still difficult t...
International audienceLiquid-liquid mass transfer mechanism with slug flow in microreactor is invest...
Gas-liquid-liquid three-phase slug flow was generated in a glass microreactor with rectangular micro...
The research carried out within this thesis studied the hydrodynamics, reaction applications and sca...
Homogeneous Co/Mn/Br catalyzed aerobic oxidation of benzyl alcohol in acetic acid to benzaldehyde wa...
Gas–liquid–liquid three‐phase slug flow was generated in a glass microreactor with rectangular micro...