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Date of Publication:2024-11-08
Journal:Applied Sciences (Switzerland)
Volume:14
Issue:19
ISSN No.:2076-3417
Key Words:Catheter structure; Compact structures; Fluidic logic devices; Fluid movement; High-precision; Interventional; In-vivo; Microfluidics; Minimally invasive; Precision engineering; Pressure loss; Pressure measurement; Pressure monitoring; Pressure regulators; Testing method; Velocity measurement
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