![]() in this topics code. | Keywords | Number | |
---|---|---|---|
carbon dioxide | 2 | ![]() | |
catalyst | 2 | ![]() | |
slug flow | 2 | ![]() | |
Flow Microreactor | 1 | ![]() |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
34 | Application of a microreactor to a dissolution reaction of carbon dioxide in water | microreactor dissolution reaction carbon dioxide | O |
42 | Continuous Operation of Anionic Polymerization Using a Flow Microreactor | Flow Microreactor Anionic Polymerization Continuous Operation | O |
48 | [Invited lecture] Flow 'Fine' Synthesis: High Yielding and Selective Organic Synthesis by Flow Methods | Flow fine synthesis Organic synthesis Catalyst | O |
49 | [Invited lecture] Reactivity measurements and validation of combustion chemistry for various fuels using micro flow reactor with controlled temperature profile | Combustion ignition flame chromatography | O |
110 | Synthesis of alloyed noble metal nanoparticles using a microreactor | Alloyed nanoparticles Colloidal synthesis Mixing | O |
320 | Separation of powdered fat containing casein by flocculation using gas-liquid slug flow | Slug flow flocculation carbon dioxide | O |
729 | Performance Estimate for Hydrogenation of Alpha-methylstyrene in a Slug Flow Catalytic Reactor | slug flow catalyst mass transfer | O |
854 | Reactivity Improvement using a Micro Reactor with a Structured Catalyst | micro reactor structured catalyst anodized aluminum | O |
939 | Controlling of the droplet size by the structure of microchannel | microchannel droplet structure | O |
980 | Monodisperse polymer particles prepared by a coaxial microfluidic device | microfluidic device emulsification monodisperse | O |