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Title
Red blood cell sensor in human serum using phononic crystal ring resonator
Type Presentation
Keywords
red blood
Abstract
The detection of red blood cells (RBC) is highly important in diagnosing blood disorders. In this article, we propose a novel approach using phononic crystals to measure RBC parameters compared to normal blood serum. The proposed sensor structure consists of a 2D phononic crystal with a PMMA host material and a square array of tungsten circular columns. The sensor structure includes a ring resonator coupled to a waveguide, with empty cylinders embedded inside the resonator that are filled with normal blood serum and diseased blood serum (which has a higher level of red blood cells due to the disease). Our proposed sensor can detect any changes in RBC parameters compared to normal serum, which may be indicative of a blood disorder.
Researchers EHSAN MEHDIZADEH OMRANI (First researcher) , fakhroddin nazari (Second researcher)