[1] GERALD O. Detecting sub-50-nm particles in ultrapure water[J]. Chemical Engineering, 119, 14(2012).

[2] MA Hongyu, PENG Hao, RONG Weishuai et al. Design of control system for filter membrane blocking pollution monitor based on microcontroller[J]. China Southern Agricultural Machinery, 54, 138-141(2023).

[3] ZHANG Qifang, FAN Jilai, JU Weiwei et al. Development of a new type optical particle counter and its application in pharmaceutical analysis[J]. China Measurement & Test, 50, 122-129(2024).

[4] LIU Dongyue. Design and research of light scattering particle count sensor[D](2018).

[5] CHEN Ming. Research on the liquid particle counting system based on photoresist method[D](2021).

[6] ZHANG H. Development and performance detection of higher precision optical sensor for coal dust concentration measurement based on Mie scattering theory[J]. Optics and Lasers in Engineering, 144, 106642(2021).

[7] PANWAR N, SONG P, TJIN C S et al. Sheath-assisted hydrodynamic particle focusing in higher Reynolds number flows[J]. Journal of Micromechanics and Microengineering, 28, 105018(2018).

[8] LIU Tingting. Application of flow cytometry in microorganism detection[D](2021).

[9] NORIKAZU S, DAISUKE K, MASAHIRO T. Concentration profiles of ions and particles under hydrodynamic focusing in Y-shaped square microchannel[J]. Scientific Reports, 11, 2585(2021).

[10] SADEGHI A. Analytical solutions for mass transport in hydrodynamic focusing by considering different diffusivities for sample and sheath flows[J]. Journal of Fluid Mechanics, 862, 517-551(2019).

[11] HUANG D, WANG H, WANG X et al. Investigation of optimal coupling velocities of the sample and sheath flows for hydrodynamic focusing[J]. Journal of Marine Science and Engineering, 8, 601(2020).

[12] PANWAR N, SONG P, YONG K et al. Study of inertial hydrodynamic focusing in sheath-driven flows for lab-on-a-chip flow cytometry[C], 10231(2017).

[13] LU Chenyang, ZHANG Pei, WANG Guanghui. Application of sheath flow technique in aerosol particle sensor[J]. China Laser, 46, 210-218(2019).

[14] ZHAO Zhenxi. Study on the characteristics of wind turbine erosion in sand-wind environment based on the particle Stokes number[D](2018).

[15] LIU Zhongxing, ZHOU Yifan, WU Yongfu. Force analysis of particle in flow field of 3 kA rare earth electrolysis cell[J]. China Rare Earth News, 38, 90-99(2020).

[16] LUKAS O, NAKUL S, LARS H et al. Minimizing the coincidence error in particle size spectrometers with digital signal processing techniques[J]. Journal of Aerosol Science, 165, 106039(2022).