10.17862/cranfield.rd.11522517.v2
Jonathan Hallam
Jonathan
Hallam
Ralph Tatam
Ralph
Tatam
Evangelos Rigas
Evangelos
Rigas
Tom Charrett
Tom
Charrett
2D Spatially-Resolved Depth-Section Microfluidic Flow Velocimetry Using Dual Beam OCT
Cranfield Online Research Data (CORD)
2020
Optical Coherence Tomography
OCT
Interferometry
microfluidics
flow measurement
particle image velocimetry
PIV
Biomedical Instrumentation
Engineering Instrumentation
Flow Analysis
Microtechnology
Photodetectors, Optical Sensors and Solar Cells
2020-04-27 14:33:42
Dataset
https://cord.cranfield.ac.uk/articles/dataset/2D_Spatially-Resolved_Depth-Section_Micro_uidic_Flow_Velocimetry_Using_Dual_Beam_OCT/11522517
Data and associated figures and supplementary materials for '2D Spatially-Resolved Depth-Section Microfluidic Flow Velocimetry Using Dual Beam OCT' published in Micromachines special edition 4th Conference on Microfluidic Handling Systems 2-4th October 2019.<div><br></div><div>Update: 27/04/2020. Added 'requirements.txt' listing exact python packages required and clarified 'readme.txt'.</div>