The field of light‐scattering characterization of single particles has seen a rapid growth over
the last 30 years largely due to the progress in measurement and simulation capabilities. In …

流式细胞术是一种采用激光束激发单行流动的细胞, 对它的散射光和携带的荧光进行探测,
从而完成细胞分析和分选的技术. 以流式细胞术为核心技术, 流式细胞仪集光学, 电子学, 生物学 …

We introduce a novel approach for determination of volume and shape of individual blood
platelets modeled as an oblate spheroid from angle-resolved light scattering with flow …

The T-matrix method is among the most versatile, efficient, and widely used theoretical
techniques for the numerically exact computation of electromagnetic scattering by …

The analysis of individual particles with complex morphologies from light scattering is crucial
in disperse systems studies, such as blood cells. Characterization, which assumes …

Most of known light-scattering technologies, which allow one to separate spherical from non-
spherical single particles, utilize either analysis of 2D light-scattering pattern or …

For the first time, a scanning flow cytometer (SFC) was applied for the analysis of individual
particles using angle-resolved light scattering at two wavelengths simultaneously. The SFC …

The paper is focused on light scattering by aggregates of optically soft particles with a size
larger than the wavelength, in particular, blood platelets. We conducted a systematic …

Ultraviolet lasers are commonly used in flow cytometry to excite fluorochrome molecules
with subsequent measurement of the specific fluorescence of individual cells. In this study …

Light scattering has played an important role in flow cytometry since the beginning of its
technological development. Most of the significant results were demonstrated with analyses …