Role of non-newtonian rheology on gas-liquid mass transfer and bubble dynamics in T-junction microchannels

Key Points

• Gas-liquid mass transfer is significantly influenced by non-newtonian rheology in microchannels.
• Higher mass transfer rates are observed when utilizing non-newtonian fluids compared to Newtonian fluids.
• Analysis of flow characteristics in T-junction microchannels reveals insights into bubble dynamics under different rheological conditions.
• These findings may enable advancements in the design of microfluidic systems and enhance various industrial applications.