Comparison of two gas injection methods for generating bubbles in a T-junction
S Arias - Microgravity Science and Technology, 2020 - Springer
In this work, we compare the performance of two different methods for generating bubbles in
conditions relevant to microgravity. A T-junction formed by two cylindrical (1 mm of internal
diameter) and perpendicular channels is used to generate trains of non-wetting bubbles. Air
and distilled water are used as dispersed and continuous phases, respectively. The
difference between both methods lies in the strategy used to inject the fluids. In one case
(here referred to as TJ-A configuration), the gas is injected into the side channel. In the other …
conditions relevant to microgravity. A T-junction formed by two cylindrical (1 mm of internal
diameter) and perpendicular channels is used to generate trains of non-wetting bubbles. Air
and distilled water are used as dispersed and continuous phases, respectively. The
difference between both methods lies in the strategy used to inject the fluids. In one case
(here referred to as TJ-A configuration), the gas is injected into the side channel. In the other …
Comparison of Two Gas Injection Methods for Generating Bubbles in a T-Junction
S Arias Calderón - recercat.cat
In this work, we compare the performance of two different methods for generating bubbles in
conditions relevant to microgravity. A T-junction formed by two cylindrical (1 mm of internal
diameter) and perpendicular channels is used to generate trains of non-wetting bubbles. Air
and distilled water are used as dispersed and continuous phases, respectively. The
difference between both methods lies in the strategy used to inject the fluids. In one case
(here referred to as TJ-A configuration), the gas is injected into the side channel. In the other …
conditions relevant to microgravity. A T-junction formed by two cylindrical (1 mm of internal
diameter) and perpendicular channels is used to generate trains of non-wetting bubbles. Air
and distilled water are used as dispersed and continuous phases, respectively. The
difference between both methods lies in the strategy used to inject the fluids. In one case
(here referred to as TJ-A configuration), the gas is injected into the side channel. In the other …
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