Replicar los datos para: Geometry and pressure effects on shallow microchannel deformations.doi:10.34691/UCHILE/BLCLXJRepositorio de datos de investigación de la Universidad de Chile2024-07-261Mardones Muñoz, Pablo, 2024, "Replicar los datos para: Geometry and pressure effects on shallow microchannel deformations.", https://doi.org/10.34691/UCHILE/BLCLXJ, Repositorio de datos de investigación de la Universidad de Chile, V1Replicar los datos para: Geometry and pressure effects on shallow microchannel deformations.doi:10.34691/UCHILE/BLCLXJMardones Muñoz, PabloRepositorio de datos de investigación de la Universidad de ChileMardones Muñoz, PabloMardones Muñoz, Pablo2024-03-13PhysicsmicrofluidicsThe database contains 3 spreadsheets. The first sheet contains areas of droplets travelling in a 20 millimetre reversible microchannel, droplets were detected along the channel at 1 millimetre spatial intervals. The second sheet contains droplet velocities travelling in a 20 millimetre reversible microchannel, droplets were detected along the channel at 1 millimetre spatial intervals. The third sheet contains areas of normalised droplets travelling in the microchannel. Droplets were detected along the channel continuously. The areas obtained were measured in two regimes, one at 1.2 microlitres per minute and the other at 3.3 microlitres per minute.Geometry and pressure effects on shallow microchannel deformations.rarThe database contains 3 spreadsheets. The first sheet contains areas of droplets travelling in a 20 millimetre reversible microchannel, droplets were detected along the channel at 1 millimetre spatial intervals. The second sheet contains droplet velocities travelling in a 20 millimetre reversible microchannel, droplets were detected along the channel at 1 millimetre spatial intervals. The third sheet contains areas of normalised droplets travelling in the microchannel. Droplets were detected along the channel continuously. The areas obtained were measured in two regimes, one at 1.2 microlitres per minute and the other at 3.3 microlitres per minute. application/x-rar-compressed