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The Capillary number is one of the common parameters affecting droplet formation at T-Junctions.
True
The flow rate ratio at a T-Junction is calculated as the ratio of QD to QF.
False
The viscosity ratio is represented by the symbols μD and μF.
False
The aspect ratio in droplet formation at T-Junctions refers to the ratio of channel height to width.
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In Plug Generation at T-Junctions, different angles have no effect on the process.
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Squeezing primarily occurs at low flow rates in the context of droplet formation.
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In the formation of droplets at a T-junction, the cutting rate is unaffected by flow rates and channel dimensions.
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In the creation of double (multi-) emulsions, the hydrophobic channel wall is preferred for O/W emulsions.
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For flow focusing, in a hydrodynamic focusing arrangement, the dispersed phase is expanded at a constriction.
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In the process of droplet formation by flow focusing, water is not used as part of the arrangement.
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Passive structures play a significant role in the design and functioning of microfluidic systems like Bio-MEMS.
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Plugs are commonly used in T-Junction flow configurations to control the droplet formation process.
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Passive structures are not involved in the formation of droplets at T-junctions.
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Coaxial injection is a common method used for droplet formation at T-junctions.
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Droplet formation at T-junctions only occurs for small flow rates of the continuous phase.
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The value of α in the equation Qwater = 1 + α * w * Qoil depends on the viscosity of the fluids.
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Plugs are commonly formed at T-junctions due to high shear stress.
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The formation of droplets at T-junctions is not affected by interfacial tension.
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