… Comparison of Mie theory and the light scattering of red blood cells. Applied Optics, 27(19), …
Light scattering by red blood cells in ektacytometry: Fraunhofer versus anomalous diffraction. …

… This can cause masses of stagnant blood cells to form, … to deformability data as compared
to Fraunhofer diffraction theory [2]. … intensity patterns projected on an ektacytometer screen [2]. …

… the framework of laser ektacytometry of red blood cells, which … Thus, the approximation of
anomalous diffraction will be … in that we assume the light scattering for one fixed and a priori …

… physical properties and behaviors of red blood cells (RBCs). … Fraunhofer diffraction patterns
and also visualized RBCs. … diffractometry and optical visualization (ie, ektacytometer and …

… Scattering by large and tenuous particles is often modeled by means of the well-known
anomalous-diffraction … and reflectance of a monolayer of red blood cells (RBC) supported by a …

… Available methods include flow-based methods, such as ektacytometry;20,21 micro-… ,24–26
electrodeformation,27–29 and optical tweezers;30,31 as well as microfluidic methods, such …

… (also known as anomalous diffraction approximation) [14], … approximation reduces to the
Fraunhofer approximation, for … “anomalous” diffraction, in contrast to the “normal” diffraction …

… light scattering and absorption from randomly shaped small particles (eg ice crystals, dust,
blood cells, … widely used to solve the light scattering by isotropic particles, however, the light …

… Laser diffraction measurements require the use of an optical model - based on either analytical
theory or empirical data - in order to predict the distribution of light scattered by particles …

… Light scattering by red blood cells in ektacytometry: fraunhofer versus anomalous
diffraction. Applied Optics 32:2266–2272. DOI: https://doi.org/10.1364/AO.32. 002266, PMID: …